KR102396451B1 - Big Data-Based Information Supply Delivery System and Its Method - Google Patents

Abstract

The big data-based information providing delivery system and method of the present invention relates to a delivery system that provides detailed information when ordering food or food.
Accordingly, the big data-based information providing delivery system and method according to an embodiment of the present invention, in the food delivery system, include: a server that creates and manages member information through membership registration and relays orders; Consumers who sign up for a server, select food by referring to food information, and provide order information; A supplier who registers for a server, provides food information, and receives order information, cooks, packs, and delivers; but, food information includes raw material type and content, country of origin, and nutrition information, and packaging includes packaging information and electronic password A code is generated and marked with food information, and delivery further includes generating delivery information and marking it with packaging information and food information, but packaging information includes manufacturing facilities and precautions, manufacturing date and time, and expiration date, The electronic encryption code includes all of food information, packaging information, and supplier member information, and the delivery information is characterized in that it further includes providing to consumers by adding the delivery start time and the update of the electronic encryption code to the packaging information.

Description

Big Data-Based Information Supply Delivery System and Its Method

The present invention relates to a big data-based information providing delivery system and a method therefor, and to a delivery system for providing detailed information in ordering food or ingredients.

In more detail, the big data-based information providing delivery system and the method of the present invention generally compensate for the lack of information provided compared to products that are displayed in general marts for delivery food or delivery ingredients and are purchased directly by consumers, and provide an appropriate necessity. By providing all information, it provides supplier information such as the type and content of raw materials, country of origin, nutritional information, producer information, and contact information for the consumer center, and provides information such as the consumer's current order history, past order history, and product evaluation. It relates to a big data-based information delivery system and method for creating a safe and reliable food culture through big data management and the use of smart IT devices.

Due to changes in the restaurant business and living environment, the food delivery system market is growing explosively every year.

In particular, the delivery market is rapidly growing due to the increase in single-person households, the implementation of the 52-hour workweek, and changes in food service trends.

Consumers can easily and quickly order food and enjoy meals through delivery apps using everyday smart devices such as smartphones.

However, unlike products purchased at offline stores such as general marts, information on the food itself and the food provider is insufficient in delivery food.

In particular, the recent purchasing trend of consumers is to carefully purchase raw materials, country of origin, and nutritional information with high interest in healthy food and health.

For example, taking any type of ramen sold at a general mart, in a certain space on the packaging, information on the food provider such as product name, product type, content, item report number, storage method, and contact information, as well as the name and content of ingredients, nutritional information, It provides detailed information about the food itself, including manufacturing facilities and precautions.

Consumers who purchase from offline stores can purchase with confidence by selecting the food that is most suitable for them and desired through the detailed information above, whereas consumers who purchase food through ordering and delivery online in real time do not have accurate knowledge and confidence. He is making a risky choice out of fear.

In addition, due to the increasing number of food safety accidents every year, consumers' demands for safe distribution and quality control of fresh and processed foods are increasing. According to the Korea Consumer Agency, food safety accidents, such as food poisoning, reported to the Consumer Risk Monitoring System (CISS) are increasing by 20% every year. In line with the growing interest in food safety and the trend of high-end dietary life, the application range of food monitoring systems is expected to expand, and the demand is expected to increase accordingly.

However, since the current online grocery ordering system does not notify accurate and detailed food information and management status, the consumer urgently needs specific information for selecting a product.

Republic of Korea Patent Publication No. 10-1832617 Republic of Korea Patent Publication No. 10-1870190

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The present invention was created to solve these problems in consideration of the problems in the prior art, and the delivery food provider provides food information including the type and content of raw materials, origin, and nutritional information to the server together with the food item, and the consumer provides food information The delivery food supplier who made a rational choice after ordering food and received the order completes the cooking and marks the food information together with the packaging information including the manufacturing facility and precautions, manufacturing date and expiry date, and the food information on the packaging at the packaging stage. In the delivery stage, the delivery start time is updated in addition to the packaging information, food information, and electronic password code, so that consumers can refer to it by generating an electronic password code including all of the above information, such as a QR code or barcode. Information is created and marked on the packaging, and at the same time, text and electronic encryption code roll are provided to consumers and servers as services such as text messages, messenger apps, and delivery apps. All information from food preparation to cooking, packaging and delivery The purpose of this is to enable it to be provided using smart IT technology based on big data.

The above objects and various advantages of the present invention will become more apparent from preferred embodiments of the present invention by those skilled in the art.

The present invention is to achieve the above object,

Big data-based information providing delivery system according to an embodiment of the present invention,

A food delivery system comprising: a server for creating and managing member information through membership registration and relaying orders; Consumers who sign up for a server, select food by referring to food information, and provide order information; A supplier who registers for a server, provides food information, and receives order information, cooks, packs, and delivers; but, food information includes raw material type and content, country of origin, and nutrition information, and packaging includes packaging information and electronic password A code is generated and marked with food information, and delivery further includes generating delivery information and marking it with packaging information and food information, but packaging information includes manufacturing facilities and precautions, manufacturing date and time, and expiration date, The electronic encryption code includes all of food information, packaging information, and supplier member information, and the delivery information is characterized in that it further includes providing to consumers by adding the delivery start time and the update of the electronic encryption code to the packaging information.

According to one embodiment, the member information is composed of consumer member information and supplier member information and is continuously updated by the server, and the consumer member information is purchase information including basic consumer information, order history, cumulative nutrition information, and food order pattern. Consists of, the supplier member information is configured to further include supplier basic information and production information, the production information is characterized in that it further comprises providing food information and packaging information.

According to an embodiment, the consumer includes a consumer terminal for membership registration, food information inquiry, and order information, and the server is a delivery app, a data system that manages and relays data, and a member who processes membership registration of consumers and suppliers It consists of a subscription unit, a data management unit that creates and updates consumer member information and supplier member information, and a relay unit that delivers order information and delivery information,

The supplier is a food service delivery company, a grocery order production factory that produces and provides food to a restaurant business, a product information department that provides food information, an order receiver that receives order information, a cooking unit that prepares food according to the order information, and packages the finished food and a packaging unit that generates packaging information and an electronic encryption code, and a delivery unit that generates delivery information and delivers food.

According to one embodiment, packaging information and delivery information are in the form of text and electronic encryption code, and offline recognition means such as packaging containers or wrapping paper, delivery apps of servers, and public online recognition means such as text or messenger apps on consumer terminals Including those provided to servers and consumers through the electronic encryption code is characterized in that it further comprises a QR code, a barcode.

The big data-based information provision and delivery method according to an embodiment of the present invention, in the food delivery method, (1) a consumer and a supplier sign up for membership in a server, and consumer member information and supplier member information are generated, and the membership registration unit is a consumer transmitting member information and supplier member information to a server; (2) providing food information including type and content of raw materials, country of origin, and nutrition information for each type of food that the supplier intends to sell to the data management unit of the server; (3) posting food information to be exposed to consumers in the data management unit of the server, and inquiring the food to be ordered by the consumer with reference to this; (4) when the consumer selects food and executes an order, order information is generated and transmitted to a relay unit of the server; (5) the relay unit transmits the order information and the basic consumer information to the supplier to instruct the supply, and at the same time transmits it to the data management unit to update the order information and the basic consumer information; (6) the supplier transmitting the order information received from the order receiving unit to the cooking unit to start cooking; (7) delivering the cooked food to the packaging unit for packaging, in which case food information, packaging information, and an electronic encryption code are generated and displayed on packaging paper or packaging; (8) the packaged food is delivered to the delivery unit, and the delivery person tags the food package in the packaging machine again just before the delivery starts to generate additional delivery information and update the electronic encryption code; (9) transmitting food information, order information, packaging information and delivery information, and an electronic encryption code generated in the package at the same time as delivery starts to the relay unit of the consumer terminal and the server; (9) delivering the ordered food to the consumer; (10) the step of the consumer confirming to the server that the delivery is complete, and leaving an evaluation of the food; (11) The server stores the consumer's food evaluation in the data management unit, so that it can be included when exposing food information to other users, and at the same time, anonymously transmitting the consumer's evaluation to the provider; characterized in that it includes.

The details of other embodiments are included in the detailed description and drawings.

According to the big data-based information providing delivery system and method of the present invention, the following effects can be obtained.

First, consumers can use with confidence by receiving all information regarding food selection, such as the origin of the food they want to order, content of raw materials, nutritional information, and producer information.

Second, consumers receive accumulated big data information such as order quantity by period, cumulative nutrition information and calories by period, and eating out order patterns such as analysis of order time period through consumer member information managed by the delivery app to receive information necessary for health management and receive reasonable consumption can be pursued.

Third, the consumer can receive or view additional cooking information and delivery information through a smart device in the packaging and delivery stages after ordering, making the cooking process reliable and time utilization useful.

Fourth, when consumers change the server they use, they cannot receive the accumulated big data management information, so they use the current delivery app for a long time. By providing it to you, you will be able to secure loyal customers.

Fifth, from the supplier's point of view, accurate information is provided to the server and consumer, and all food-related information can be provided in detail by using not only textual information but also electronic encryption codes such as QR codes, thereby building trust and encouraging continuous purchases. This way you can get loyal customers.

1 is a block diagram schematically illustrating the overall configuration of a big data-based information providing delivery system according to a first embodiment of the present invention.
Figure 2 is a block diagram showing the detailed configuration of the big data-based information providing delivery system according to the first embodiment of the present invention.
3 is a view showing an information list of the big data-based information providing delivery system according to the first embodiment of the present invention.
4 is a view showing an example of using the packaging before delivery of the big data-based information providing delivery system according to the first embodiment of the present invention.
5 is a diagram illustrating an example of packaging use during delivery of the big data-based information providing delivery system according to the first embodiment of the present invention.
6 is a flowchart of a big data-based information providing delivery method according to a first embodiment of the present invention.
7 is a block diagram schematically illustrating the overall configuration of a big data-based information providing delivery system according to a second embodiment of the present invention.
8 is a block diagram illustrating a detailed configuration of a big data-based information providing delivery system according to a second embodiment of the present invention.
9 is a flowchart of a big data-based information providing delivery system according to a second embodiment of the present invention.

In order to fully understand the present invention, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Prior to the description of the present invention, the following specific structural or functional descriptions are only exemplified for the purpose of explaining the embodiments according to the concept of the present invention, and the embodiments according to the concept of the present invention may be modified and implemented in various forms. and the scope of the present invention should not be construed as being limited to the embodiments described in detail below.

In addition, since the embodiment according to the concept of the present invention may have various changes and may have various forms, specific embodiments are illustrated in the drawings and described in detail herein.

However, this is not intended to limit the embodiments according to the concept of the present invention to the specific disclosed form, and it should be understood that all modifications, equivalents and substitutes included in the spirit and scope of the present invention are included.

This example is provided to more completely explain the present invention to those of ordinary skill in the art. Accordingly, the shapes of elements in the drawings may be exaggerated to emphasize a clearer description.

It should be noted that the same members in each drawing are sometimes shown with the same reference numerals. Detailed descriptions of well-known functions and configurations determined to unnecessarily obscure the gist of the present invention will be omitted.

first embodiment

1 is a block diagram schematically illustrating the overall configuration of a big data-based information providing delivery system 10 according to a first embodiment of the present invention, and FIG. 2 is a big data-based information provision according to a first embodiment of the present invention. It is a block diagram showing the detailed configuration of the delivery system 10, Figure 3 is a diagram showing an information list of the big data-based information providing delivery system 10 according to the first embodiment of the present invention.

4 is a view showing an example of the use of packaging before delivery of the big data-based information providing delivery system according to the first embodiment of the present invention, and FIG. 5 is a big data-based information providing delivery according to the first embodiment of the present invention. It is a diagram showing an example of the use of packaging during delivery of the system, and FIG. 6 is a flowchart of a big data-based information providing delivery method according to the first embodiment of the present invention.

The big data-based information providing delivery system 10 according to the first preferred embodiment of the present invention includes a consumer terminal 110 , a server 200 , a provider terminal 310 , and big data information 400 .

In the first embodiment of the present invention, the consumer terminal 110 uses the consumer terminal 110, which is a smart device based on the Internet, such as a smartphone, tablet PC, computer, etc., to inquire, order, pay for, and serve food. It refers to customers who engage in normal consumption behavior.

In the first embodiment of the present invention, the server 200 means a delivery app 210 and a service app of the same type that provide a food delivery service by interworking with the consumer terminal 110 .

The server 200 may be configured as a delivery app 210 , including a membership subscription unit 230 , a data management unit 240 , and a relay unit 250 .

The member registration unit 230 receives the basic personal information of the consumer 100 through the consumer terminal 110 and approves the subscription so that the consumer terminal 110 can use the service of the delivery app 210 as a member. perform the function

In addition, the member registration unit 230 provides the basic supplier 300 information of the supplier 300 so that the supplier 300 can use it as a supplier 300 that provides food delivered through the service of the delivery app 210 . It receives input through the terminal 310 and performs a function of approving subscription.

The data management unit 240 stores the member information 410 of the consumer terminal 110 approved through the membership registration unit 230 as the consumer member information 411 of the big data information 400 .

In this case, the consumer member information 411 may include basic consumer information 411a, such as name, delivery address, and contact information, and purchase information 411b containing a history of ordering food by the consumer terminal 110 and evaluation contents.

In addition, the data management unit 240 stores the member information 410 of the provider terminal 310 approved through the member registration unit 230 as the provider member information 412 of the big data information 400 .

At this time, supplier member information 412 includes supplier basic information 412a such as business number, production address, consumer terminal 110 center and representative phone number, type and sales performance of the food sold, raw material and content details of the food, It is configured to include production information 412b including past performance information such as country of origin and nutrition information including calories.

The relay unit 250 receives the order information 430 that the consumer 100 has selected food from the consumer terminal 110 , delivers it to the supplier terminal 310 , and instructs the consumer to supply it in response to the order of the consumer terminal 110 . It performs the function of lowering

At the same time, the relay unit 250 sends the order information 430 of the consumer terminal 110 to the data management unit 240 to update the purchase information 411b of the consumer terminal 110 .

In addition, when the supplier terminal 310 receives the order information 430 of the consumer terminal 110, cooks, packs, and starts delivery, the delivery information 450 from the supplier terminal 310. And the result is received and transmitted to the data management unit 240 to update the purchase information 411b of the consumer terminal 110 once again and at the same time update the production information 412b of the supplier terminal 310 .

Accordingly, the order history of the consumer 100 and the supply history of the supplier 300 can be managed as big data through the consumer terminal 110 and the supplier terminal 310 .

The supplier terminal 310 is a system that supports information, order reception, production, delivery process, etc. of the supplier 300, which is a food service delivery company, and includes a product information unit 330, an order receiving unit 340, a cooking unit 350, and a packaging unit. 360 , it may be configured to include a delivery unit 370 .

The product information unit 330 transmits food information 420 including nutritional information including the type, raw material and content, origin, and calories of the food that the supplier 300 intends to sell to the server 200 and the consumer terminal 110 . to provide.

The product information unit 330 sends the food information 420 to the data management unit 240 of the server 200, and the data management unit 240 exposes the food information 420 to the delivery app 210 so that the consumer 100 Through the consumer terminal 110, it is possible to inquire and select.

The order receiving unit 340 serves to receive the order information 430 of the consumer terminal 110 received from the relay unit 250 .

At this time, the basic consumer information 411a is provided to the order receiving unit 340 to be utilized for delivery.

At the same time, the data management unit 240 updates the purchase information 411b of the consumer terminal 110, but may manage it as not being completed.

The order receiving unit 340 transmits the order information 430 of the consumer terminal 110 to the cooking unit 350 to start cooking.

When the cooking in the cooking unit 350 is completed, it is sent to the packaging unit 360 to perform the packaging step.

At this time, the packaging unit 360 prints the order information 430 , the food information 420 , and the packaging information 440 on the outer surface of the wrapping paper of the food or in a certain space.

That is, when food is cooked and packaged, order information 430 that records who, when, what food was ordered and where it should be delivered is printed, and food including the type and content of raw materials, country of origin, nutritional information, etc. Information 420 is displayed, and packaging information 440 including manufacturing facilities and precautions, date of manufacture, expiration date, etc. is displayed.

In addition, the packaging unit 360 not only prints the information on the packaging paper or packaging container, but also generates the electronic encryption code 441, such as a QR code or barcode, to record the information and mark it together.

In the electronic encryption code 441 such as a QR code, all information additionally including the supplier basic information 412a of the supplier terminal 310 in addition to the order information 430, the food information 420, and the packaging information 440 is are included

Through the electronic encryption code 441, the consumer terminal 110 can recognize much more detailed and wider information than the information printed on the packaging using a smart device.

At this time, the printing of the order information 430, the food information 420, and the packaging information 440 in the packaging unit 360, and the generation of the electronic encryption code 441 accommodating all information is performed in a packaging machine such as a sealing machine for packaging. It can be implemented by providing a separate computer terminal and a printing machine.

That is, the order information 430 of the orderer and the food information 420 and the packaging information 440 provided by the supplier 300 are all automatically provided to the computer terminal provided in the packaging machine without the supplier 300 performing a separate operation. It can be done by building an IT automation system to be organized and printed.

The food from the packaging unit 360 to the packaging is sent to the delivery unit 370 to start delivery.

When the delivery staff in charge of delivery receives the packaged delivery food, just before starting the delivery, the delivery staff tags the packaging machine with the information printed on it once again.

Through this, the delivery information 450 indicating the delivery departure time, the delivery staff details, the payment method, etc. is added to the packaging information 440 and printed, and the electronic encryption code 441 is updated.

This completes the creation and display of all information provided from the provider terminal 310 to the consumer terminal 110 .

That is, the supplier terminal 310 includes order information 430 of the consumer terminal 110 , food information 420 selected from the consumer terminal 110 , packaging information 440 related to the cooking process and packaging, and delivery information 450 . The generation of all information is completed. In summary, in the packaging stage, as shown in FIG. 4, the delivery information is left blank, and the supplier basic information, food information, order information, and packaging information are displayed in text and electronic code. , at the time of delivery, as shown in FIG. 5 , as the delivery information is additionally displayed as text, the blanks are filled, and the electronic encryption code is updated to include the delivery information, and all information on the package is marked.

All of the information is transmitted to the consumer terminal 110 of the consumer terminal 110 with the start of delivery through a text message or a messenger app, and is simultaneously transmitted to the relay unit 250 of the server 200 .

Among all the information, the main content is delivered in the form of text, and all information may be provided in the form of an electronic encryption code 441, for example, a QR code.

The consumer terminal 110 can recognize all the information by viewing the printed contents on the packaging paper or the packaging container while receiving the ordered food, or by scanning the printed electronic encryption code 441 .

In addition, even before receiving the ordered food, it is possible to grasp the main contents through the text or messenger app received to the consumer terminal 110 with the start of delivery and to recognize the contents through the electronic encryption code 441 .

In addition, the consumer 100 may access the delivery app 210 of the server 200 through the consumer terminal 110 and search for all the information to understand the contents, which may be before receiving the ordered food or after a certain time. It can be done at any time after the elapse of time.

When the ordered food is delivered to the consumer terminal 110 , the consumer terminal 110 and the supplier terminal 310 record the delivery completion in the delivery app 210 , and the content is received by the relay unit 250 of the server 200 . do.

The relay unit 250 transmits the fact that the reception of the consumer terminal 110 is completed to the supplier terminal 310, and at the same time sends the corresponding content to the data management unit 240 to purchase information 411b of the consumer terminal 110 and the supplier terminal. To update the production information (412b) of (310).

Thereafter, the consumer terminal 110 may record the evaluation of the ordered food in the delivery app 210 as an option.

The evaluation of the consumer terminal 110 is stored and managed in the data management unit 240 , and when other consumer terminals 110 select food, it may be provided as food information 420 to be referred to in the selection.

As seen above, the present invention provides a means for managing and utilizing a vast amount of big data, and a simple and efficient means of grasping the contents through a smart IT device.

Through this, in order to provide accurate and sufficient information to the consumer terminal 110, a large number of information systems must be provided.

Big data information 400 is an information system for the accurate and sufficient information, and in the delivery system of the present invention, member information 410, food information 420, order information 430, packaging information 440, delivery information 450 may be included.

The member information 410 may be composed of consumer member information 411 and supplier member information 412 .

The consumer member information 411 may include basic consumer information 411a and purchase information 411b.

Basic consumer information 411a is composed of minimum personal information such as the name, delivery address, and contact information of the consumer terminal 110, and may be provided to the delivery app 210 when registering as a member or ordering food as a non-member.

The purchase information 411b includes a past order history of the consumer terminal 110, cumulative nutritional information, food order patterns, and food evaluation contents.

The order history makes it possible to view past order information regarding when, which food, and how much was ordered, by period, by food, and by supplier terminal 310 separately.

For this reason, the accumulated nutritional information that the consumer terminal 110 would have consumed may be divided by period and food, and provided separately by total calories and nutritional elements.

The consumer 100 may input to the delivery app 210 through the consumer terminal 110 whether the food ordered alone or how many people ate together, and the like, and the data management unit 240 is the order of the consumer 100 . It is possible to calculate accumulated nutritional information using big data in consideration of the time period, nutritional information of food and the number of intakes, and provide it to the consumer terminal 110 .

The food order pattern refers to the tendency of the consumer terminal 110 to order food, and it is to be provided in a graph or text type by dividing the tendency of the consumer terminal 110, which is specified by time zone, day of the week, food, nutrients, etc. by period. can

The supplier member information 412 may include supplier basic information 412a and production information 412b.

The supplier basic information 412a may include a business number of the supplier terminal 310, a production address, a consumer center, and a representative phone number.

The supplier basic information 412a is provided to the delivery app 210 at the time of membership registration, and should be updated immediately when changes occur.

The production information 412b may include past performance information such as the type and sales performance of the food sold by the supplier terminal 310, the raw material and content details of the corresponding food, the country of origin, and nutritional information including calories.

The production information 412b is provided to the server 200 every time the supplier terminal 310 sells food and completes delivery, and is continuously updated by the data management unit 240 and managed as big data.

Food information 420 is information provided by food type so that the provider terminal 310 posts to the delivery app 210 to receive the selection of the consumer terminal 110 .

The food information 420 includes nutritional information including the type and content of raw materials used in food, the origin of each ingredient, and total calories.

In addition, precautions, storage methods, expiration dates, etc. regarding content, allergies, etc. may be added to the food information 420 .

The order information 430 is information about a food order for which the consumer terminal 110 selects a specific food through the food information 420 of the provider terminal 310 inquired through the delivery app 210 and requests delivery.

The order information 430 includes the type of food selected through the food information 420 and basic consumer information 411a stored in the delivery app 210 .

In addition, the order information 430 may be additionally included with respect to notes during cooking or reference during delivery.

The packaging information 440 may be provided including a cooking process and packaging information together with the food information 420 in the packaging step after cooking of the ordered food is completed.

Accordingly, the packaging information 440 includes food information 420 such as the type and content of raw materials, the origin of each material, nutritional information including total calories, etc. The date and time, and for the packaging process, the date and time of packaging and expiration date may be included.

Meanwhile, at the time when the packaging information 440 is generated, a kind of electronic encryption code 441 such as a QR code or a barcode may be generated and displayed together with the packaging information 440 .

The electronic encryption code 441 includes all information to be provided to the consumer terminal 110, including not only the food information 420, the packaging information 440, but also the supplier member information 412 and the order information 430. can

The consumer terminal 110 may grasp all information related to the food ordered through an IT-based scanning technology, for example, a QR code scanner of a smart device.

At this time, all the information is not limited to the food ordered on the day, but may include the purchase information 411b of the past consumer terminal 110 and the production information 412b of the supplier terminal 310 managed as big data.

The delivery information 450 includes delivery departure time, delivery staff details, payment method, and the like.

The delivery information 450 may be generated by tagging the packaged product of the food to be delivered to the packaging machine once again by the delivery person in charge of the delivery unit 370 just before delivery starts after the packaging is completed.

The delivery information 450 may be additionally generated in addition to the previously generated food information 420 and packaging information 440 .

At this time, the information included in the electronic encryption code 441 is also updated.

On the other hand, the packaging machine means the same equipment as the one in which the computer server 200 and the printing machine are provided in the same facility as the sealing machine used in the packaging step.

With the start of delivery, the delivery information 450 is delivered to the delivery app 210 and the consumer terminal 110 in a state informing the delivery start and progress.

At this time, the delivered delivery information 450 includes the food information 420 and the packaging information 440 included in the packaging, and the electronic encryption code 441 is also provided together.

When food is delivered to the consumer terminal 110 , the delivery information 450 is updated to indicate that delivery is complete, which is also provided to the delivery app 210 and the consumer terminal 110 .

The big data-based information provision delivery method according to the first preferred embodiment of the present invention is as follows.

6 is a flowchart for explaining a delivery method performed in the big data-based information providing delivery system 10 according to the first embodiment of the present invention, and the delivery method will be described with reference to FIG. 6 .

However, since all the functions performed in the delivery method shown in FIG. 6 are performed in the big data-based information providing delivery system 10 described with reference to FIGS. 1 to 5, even without an explicit explanation, it is described with reference to FIG. All functions may be performed in both the delivery system and the delivery method of the present invention.

First, the consumer 100 and the supplier 300 sign up for a membership through the member registration unit 230 configured in the delivery app 210 of the server 200 through the consumer terminal 110 and the supplier terminal 310, respectively ( S100).

In the delivery app 210, consumer member information 411 and supplier member information 412 are generated (S100).

The member registration unit 230 transmits the consumer member information 411 and the supplier member information 412 to the data management unit 240, and the member information 410 is continuously updated according to future orders and food delivery. It is managed as big data (S101).

The supplier terminal 310 posts the food information 420 to the data management unit 240 through the product information unit 330 and provides the type of food to be sold along with the type and content of the raw material, the country of origin, and nutritional information (S110). ).

The data management unit 240 exposes the food information 420 to the delivery app 210 so that it can be viewed on the consumer terminal 110, and the consumer 100 inquires the food to be ordered through the consumer terminal 110 with reference to this. (S120).

When the consumer terminal 110 selects food and executes an order, order information 430 is generated and transmitted to the relay unit 250 (S130).

The relay unit 250 transmits the order information 430 and the basic consumer information 411a to the supplier terminal 310 to give a supply instruction (S140), and at the same time updates the information to the data management unit 240 (S141). .

The supplier 300 transmits the order information 430 received from the order receiving unit 340 to the cooking unit 350 to start cooking (S150).

Cooked food is delivered to the packaging unit 360 to be packaged. At this time, food information 420, packaging information 440, and an electronic encryption code 441 are generated and marked on the packaging paper or packaging (S160). .

The packaged food is delivered to the delivery unit 370 , and just before the delivery person starts delivery, the delivery person tags the food package again in the packaging machine to additionally generate delivery information 450 and update the electronic encryption code 441 .

At the same time, the food information 420 , the order information 430 , the packaging information 440 and the delivery information 450 , and the electronic encryption code 441 generated in the package are the relay units of the consumer terminal 110 and the server 200 . It is transmitted to (250) using online, such as a public Internet network (S170).

The relay unit 250 updates the transmission information of S170 to the data management unit 240 (S171).

Finally, the ordered food is delivered to the consumer terminal 110 (S180).

Additionally, the consumer 100 may record the delivery completion in the consumer terminal 110 to confirm the delivery app 210 (S190), and evaluate the food to the delivery app 210 through the consumer terminal 110 It can also be left (S191).

The server 200 may store the food evaluation of the consumer 100 in the data management unit 240 and include it when exposing the food information 420 to the consumer terminal 110 of another user, and at the same time provide the supplier 300 with the supplier. The evaluation of the consumer 100 may be anonymously transmitted through the terminal 310 (S192).

All information generated and added in the process of the big data-based information providing delivery method of the present invention described above is stored in the data management unit 240 of the server 200 and managed as big data in the future consumer terminal 110 and provider terminal ( 310) may be provided as customized information.

second embodiment

7 is a block diagram schematically illustrating the overall configuration of the big data-based information providing delivery system 10 according to the second embodiment of the present invention, and FIG. 8 is a big data-based information provision according to the second embodiment of the present invention. It is a block diagram showing the detailed configuration of the delivery system 10, Figure 9 is a flow chart of the big data-based information providing delivery system 10 according to the second embodiment of the present invention.

The big data-based information providing delivery system 10 according to the second embodiment of the present invention is substantially the same as the first embodiment described with reference to FIGS. 1 to 6 , except that the server 200 and the provider terminal 310 are the same. , the subject of the consumer terminal 110 has different characteristics from the case of the first embodiment.

However, there is only a slight difference in the contents of the big data information 400 provided due to the above characteristics, and the overall configuration and concept are almost the same as those of the first embodiment.

Accordingly, the same reference numerals are assigned to the same components having the same functions as those of the first embodiment described above, and overlapping descriptions will be omitted, and the differences will be mainly described.

The second embodiment of the present invention includes a consumer terminal 110 , a server 200 , a provider terminal 320 , and big data information 400 , as in the first embodiment.

However, unlike the first embodiment, in the second embodiment, the consumer 100, which is the main body of the consumer terminal 110, means a restaurant business, a restaurant, a restaurant franchise, and the like.

In addition, the supplier 300 , which is the main body of the supplier terminal 320 , means a food production factory that delivers food to the consumer 100 , and the server 200 connects the consumer terminal 110 and the supplier terminal 320 . As the data system 220 that connects, it has the characteristics of a data relay company.

Other than that, the configuration of the server 200, the provider terminal 320, and the big data information 400 is the same as that of the first embodiment, so a description of the configuration will be omitted.

However, in the second embodiment, since the order transaction between the consumer terminal 110 and the supplier terminal 320 is made in bulk packaging units and is not a transaction for the individual consumer 100 and individual items, each component information of big data is There may be some differences in content.

First, the basic consumer information 411a may include corporation-related information, such as a company name, business registration number, delivery address, and branch address.

The purchase information 411b of the consumer terminal 110 may include past order history, order cycle, major purchase items, and the like, and may not require cumulative nutritional information, food order pattern, food evaluation content, and the like.

Accordingly, by real-time update management of major purchase items of the consumer terminal 110 and changes in annual, monthly, and weekly purchase amounts as big data, the consumer terminal 110 can be utilized as a basis for determination in inventory management.

The food information 420 has the nature of food because the supplier terminal 310 does not provide a finished product, and instead of total calorie and nutritional information, the origin, content, cultivation method, nutritional component and inspection procedure, and certification for each raw material. Items may be supplemented and included.

The precautions for cooking included in the order information 430 may be more specific and varied, but may not be necessary.

In other words, if the food to be ordered is a raw material in an unprocessed state, precautions for cooking are not included. On the other hand, if the food is partially processed, strict and specific conditions for the cooking process may be added.

The packaging information 440 is almost similar to the first embodiment, but since it is a bulk packaging, a packaging unit and a packaging method may be additionally provided, and measures such as cold storage or heat insulation may be provided if necessary.

The contents of the other supplier basic information 412a, production information 412b, delivery information 450, and electronic encryption code 441 are almost similar to those of the first embodiment, except that the electronic encryption code 441 is the second In an embodiment, different information may be generated including reflected content.

The big data-based information provision delivery method according to the second preferred embodiment of the present invention is as follows.

9 is a flowchart for explaining a delivery method performed in the big data-based information providing delivery system 10 according to the second embodiment of the present invention, and the delivery method will be described with reference to FIG. 9 .

However, since all functions performed in the delivery method shown in FIG. 9 are performed in the first embodiment and the second embodiment of the big data-based information providing delivery system 10 described with reference to FIGS. 1 to 8, the explicit All functions described with reference to FIG. 9 even without explanation can be performed as it is in the delivery system and delivery method of the present invention.

First, the consumer terminal 110 and the provider terminal 310 sign up for membership through the membership registration unit 230 configured in the data system 220 of the server 200 (S200).

In the data system 220, consumer member information 411 and supplier member information 412 are generated (S200).

The member registration unit 230 transmits the consumer member information 411 and the supplier member information 412 to the data management unit 240, and the member information 410 is continuously updated according to future grocery orders and delivery. It is managed as data (S201).

The supplier terminal 310 posts the food information 420 on the food product to the data management unit 240 through the product information unit 330 to determine the country of origin, content, cultivation method, nutritional component, inspection procedure and Authentication matters and the like are provided (S210).

The data management unit 240 exposes the food information 420 to the data system 220 so that the consumer terminal 110 can see it, and the consumer terminal 110 inquires the food to be ordered with reference to this (S220).

When the consumer terminal 110 selects food and executes an order, order information 430 is generated and transmitted to the relay unit 250 (S230).

The relay unit 250 transmits the order information 430 and the basic consumer information 411a to the supplier terminal 310 to give a supply instruction (S240), and at the same time updates the information to the data management unit 240 (S241). .

The supplier terminal 310 transmits the order information 430 received from the order receiving unit 340 to the cooking unit 350 to start cooking (S250).

However, in the case of food that does not require cooking, the handling step for packaging may be replaced without the step S250, or the packaging step may be performed directly.

On the other hand, food that has been cooked or prepared in stock is delivered to the packaging unit 360 to be packaged. At this time, food information 420 , packaging information 440 , and an electronic encryption code 441 are generated to create a wrapping paper or packaging container. is indicated in (S260).

The packaged food is delivered to the delivery unit 370 , and just before the delivery person starts delivery, the food packaging machine is tagged again to generate delivery information 450 and update the electronic encryption code 441 . At the same time, the food information 420 , the order information 430 , the packaging information 440 and the delivery information 450 , and the electronic encryption code 441 generated in the package are the relay units of the consumer terminal 110 and the server 200 . It is transmitted to 250 using an online public Internet network (S270).

The relay unit 250 updates the transmission information of S270 to the data management unit 240 (S271).

The last ordered food is delivered to the consumer terminal 110 (S280).

Additionally, the consumer terminal 110 may confirm that the delivery has been completed (S290), and may leave an evaluation on the food (S291).

The server 200 may store the food evaluation of the consumer terminal 110 in the data management unit 240 and include it when exposing the food information 420 to other consumer terminals 110 , and at the same time provide the supplier terminal 310 to the consumer. The evaluation of the terminal 110 may be transmitted anonymously (S292).

All information generated and added in the process of the big data-based information providing delivery method of the present invention described above is stored in the data management unit 240 of the server 200 and managed as big data in the future consumer terminal 110 and provider terminal ( 310) may be provided as customized information.

The embodiments of the present invention described above are merely exemplary, and those of ordinary skill in the art to which the present invention pertains will appreciate that various modifications and equivalent other embodiments are possible therefrom.

Therefore, it will be well understood that the present invention is not limited to the form mentioned in the above detailed description. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

Moreover, it is to be understood that the present invention covers all modifications, equivalents and substitutions falling within the spirit and scope of the invention as defined by the appended claims.

10: Big data-based information delivery system
100: consumer
110: consumer terminal
200 : server
210: delivery app
220: data system
230: membership registration
240: data management unit
250: relay
300 : Provider
310: food delivery company
320: food order production factory
330: product information department
340: order receiving unit
350: cooking unit
360: packaging unit
370: delivery department
400: big data information
410: member information
411 : Consumer member information
411a: Consumer Basic Information
411b: purchase information
412: Supplier member information
412a: Supplier Basic Information
412b: production information
420: food information
430: order information
440: packing information
441: electronic encryption code
450: Shipping information

Claims (5)

A server that creates and manages member information through membership registration, provides it to consumer terminals and supplier terminals, relays orders between consumer terminals and supplier terminals, and includes a membership registration unit, a data management unit, and a relay unit;
A consumer terminal that joins a server, receives food information, and provides order information; and
The product information department that joins and interlocks with the server and provides food information to the server. When the food information is searched and selected by the consumer terminal and transmitted to the server, who, when, and where the food is ordered and where it can be delivered from the server An order receiving unit that receives the included order information, a cooking unit that receives order information from the order receiving unit and instructs to prepare food, and a packaging unit that receives the cooked food from the cooking unit, is packaged, and generates packaging information and electronic encryption code And, a supplier terminal that provides packaging information and delivery information to a server, including a delivery part that receives the packaged food from the packaging part and generates delivery information;
Member information consists of consumer member information and supplier member information,
Consumer member information consists of consumer basic information and purchase information,
Basic consumer information consists of minimum personal information such as name, delivery address, and contact information of the consumer terminal, and purchase information includes order history of the consumer terminal, cumulative nutrition information, food order pattern, and food evaluation contents.
Supplier member information consists of supplier basic information and production information,
Supplier basic information includes business number, production address, consumer center and representative phone number of the supplier terminal, and production information includes the type and sales performance of food sold through the supplier terminal, raw material and content details of the food, country of origin, calories including historical performance information, such as nutritional information, such as
Order history divides past order information about when, what food, and in what quantity, by period, food, and supplier terminal, and divides the cumulative nutritional information that consumers would have consumed by period and food to determine total calories and nutrition It is provided separately for each element,
Cumulative nutritional information is calculated and provided based on the number of food intakes, food order time, and food nutrition information entered into the consumer terminal,
The food order pattern is provided in graph or text type by dividing consumer propensity by period by time period, day of week, food type, and nutrients to order food,
The food information includes type and content of raw materials, country of origin, nutrition information including total calories, precautions including allergy, storage method, expiration date, and food evaluation contents,
The packaging information includes manufacturing facilities and precautions, manufacturing date and expiry date,
The delivery information includes delivery departure time, delivery staff details, and payment method,
The supplier basic information, order information, food information, packaging information, and delivery information are printed and marked on packaging paper or packaging, and at the same time being recorded in an electronic encryption code and displayed on the packaging paper or packaging container,
In the packaging stage, the order information, food information, and packaging information are marked in text and electronic code on the packaging paper or packaging container, and the delivery information is blank.
The delivery information is additionally created as the packaging paper or packaging container of the delivered food is tagged on the packaging machine by the delivery person immediately before delivery after packaging is completed, and the blank is filled and printed as text on the packaging or packaging paper, The electronic encryption code is updated together with the contents including the delivery information, and at the same time, the delivery information, food information, and packaging information are transmitted to the consumer terminal and server,
A packaging machine is a big data-based information delivery system, characterized in that a computer terminal and a printing machine are provided in a sealing machine for packaging. delete delete delete A server that creates and manages member information through membership registration, provides it to consumer terminals and supplier terminals, relays orders between consumer terminals and supplier terminals, and includes a membership registration unit, a data management unit, and a relay unit;
A consumer terminal that joins a server, receives food information, and provides order information; and
The product information department that joins and interlocks with the server and provides food information to the server. When the food information is searched and selected by the consumer terminal and transmitted to the server, who, when, and where the food is ordered and where it can be delivered from the server An order receiving unit that receives the included order information, a cooking unit that receives order information from the order receiving unit and instructs to prepare food, and a packaging unit that receives the cooked food from the cooking unit, is packaged, and generates packaging information and electronic encryption code And, a supplier terminal that provides packaging information and delivery information to a server, including a delivery part that receives the packaged food from the packaging part and generates delivery information;
Member information consists of consumer member information and supplier member information,
Consumer member information consists of consumer basic information and purchase information,
Basic consumer information consists of minimum personal information such as name, delivery address, and contact information of the consumer terminal, and purchase information includes order history of the consumer terminal, cumulative nutrition information, food order pattern, and food evaluation contents.
Supplier member information consists of supplier basic information and production information,
Supplier basic information includes business number, production address, consumer center and representative phone number of the supplier terminal, and production information includes the type and sales performance of food sold through the supplier terminal, raw material and content details of the food, country of origin, calories including historical performance information, such as nutritional information, such as
Order history divides past order information about when, what food, and in what quantity, by period, food, and supplier terminal, and divides the cumulative nutritional information that consumers would have consumed by period and food to determine total calories and nutrition It is provided separately for each element,
Cumulative nutritional information is calculated and provided based on the number of food intakes, food order time, and food nutrition information entered into the consumer terminal,
The food order pattern is provided in graph or text type by dividing consumer propensity by period by time period, day of week, food type, and nutrients to order food,
The food information includes type and content of raw materials, country of origin, nutrition information including total calories, precautions including allergy, storage method, expiration date, and food evaluation contents,
The packaging information includes manufacturing facilities and precautions, manufacturing date and expiry date,
The delivery information includes delivery departure time, delivery staff details, and payment method,
The supplier basic information, order information, food information, packaging information, and delivery information are printed and marked on packaging paper or packaging, and at the same time being recorded in an electronic encryption code and displayed on the packaging paper or packaging container,
In the packaging stage, the order information, food information, and packaging information are marked in text and electronic code on the packaging paper or packaging container, and the delivery information is blank.
The delivery information is additionally created as the packaging paper or packaging container of the delivered food is tagged on the packaging machine by the delivery person immediately before delivery after packaging is completed, and the blank is filled and printed as text on the packaging or packaging paper, The electronic encryption code is updated together with the contents including the delivery information, and at the same time, the delivery information, food information, and packaging information are transmitted to the consumer terminal and server,
In the big data-based information provision delivery method using the big data-based information provision delivery system, wherein the packaging machine is a form in which a computer terminal and a printing machine are provided in a sealing machine for packaging,
(1) the consumer terminal and the supplier terminal sign up for membership in the member registration unit of the server, consumer member information and supplier member information are generated, and the membership registration unit transmits the consumer member information and the supplier member information to the data management unit of the server;
(2) providing food information including type and content of raw materials, country of origin, and nutrition information for each type of food to be sold by the supplier terminal to the data management unit of the server;
(3) posting the food information to be exposed to the consumer terminal in the data management unit of the server, and inquiring the food to be ordered from the consumer terminal;
(4) when the consumer terminal selects food and executes an order, order information is generated and transmitted to a relay unit of the server;
(5) the relay unit transmits the order information and the basic consumer information to the supplier terminal to instruct the supply, and at the same time transmits it to the data management unit to update the order information and the basic consumer information;
(6) the supplier terminal transmitting the order information received from the order receiving unit to the cooking unit to start cooking;
(7) delivering the cooked food to the packaging unit for packaging, in which case food information, packaging information, and electronic encryption code are generated and displayed on packaging paper or packaging;
(8) Food packaged in wrapping paper or packaging is delivered to the delivery department, and if the delivery person tags the food packaging on the packaging machine just before delivery begins, delivery information is created and printed on the packaging, The printed electronic encryption code is a step of updating the shipping information to the pre-recorded food information and packaging information;
(9) transmitting food information, order information, packaging information and delivery information, and electronic encryption code generated in the package at the same time as delivery starts to the relay unit of the consumer terminal and the server;
(9) delivering the ordered food to the consumer;
(10) the step of the consumer confirming to the server that delivery is complete, and leaving food evaluation content;
(11) The server stores the food evaluation content of the consumer in the data management unit so that it can be included when exposing food information to other users, and at the same time, anonymously transmitting the food evaluation content to the supplier. Data-driven, informative delivery methods.

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