KR102587345B1 - System for Providing Goods Storage Arrangement Service - Google Patents

Abstract

The product storage organization service provision system uses a storage organization app that divides items such as refrigerators, pantries, and warehouses into the same space compartments that are actually used, and enters the type of product in the same location as the used item, and provides expiration date and reminder period. You can also input the period of use and provide alarm information according to the period of use, allowing you to manage your items efficiently.
The present invention enables efficient shopping and efficient use by allowing you to see at a glance what you have and where in the house. This reduces the waste of discarding items, and reduces the user's mental stress and time use due to shopping and waste. As a result, waste pollution is reduced, which has the effect of helping with environmental pollution.

Description

{System for Providing Goods Storage Arrangement Service}

The present invention relates to a system for providing an item storage and organization service. More specifically, the present invention relates to a system for providing an item storage and organization service. More specifically, the present invention relates to a storage organization app that divides items such as refrigerators, pantries, warehouses, etc. into the same space compartments that are actually used, so that items are stored in the same location as the items in use. This relates to a system for providing an item storage and organization service that allows efficient management of items by inputting the type, expiration date, and usage period of the reminder period and providing alarm information according to the usage period.

As the variety of food ingredients and items we can consume increases, they accumulate in our homes.

It has become increasingly difficult to remember all the ingredients and items at home and use them without waste. Due to this problem, people are unable to use items in a timely manner and end up throwing them away, or in the case of people who are not good at disposing of items, items that are unknown to their whereabouts continue to pile up in the house, creating a visually and hygienically undesirable environment in the house. .

If food ingredients or items cannot be used and are eventually thrown away, they become waste and have a negative impact on environmental pollution.

Korean Patent Registration No. 10-1237641

In order to solve this problem, the present invention uses a storage organization app that divides items such as refrigerators, pantries, warehouses, etc. into the same space compartments that are actually used, enters the type of item in the same location as the used item, and distributes it. The purpose is to provide a system for providing an item storage and organization service that can manage items efficiently by inputting the expiration date and the usage period of the reminder period as well as providing alarm information according to the usage period.

A system for providing product storage and organization services according to the characteristics of the present invention to achieve the above object,

An internal floor plan of the storage device with the same space division as the actual space used by the objects stored in the storage device is displayed on the screen, and inputting the type of storage object and at least one alarm information among the expiration date and reminder period are inputted. A storage organizing server consisting of a user interface unit that generates a graphical user interface implementing a screen; and

The graphical user interface is displayed through a storage organization app downloaded from the storage organization server, and the internal floor plan of the screen is configured so that the same storage object type is located at the same location as the storage object stored in the storage device. It includes a user terminal that receives the alarm information.

The storage organizing server matches and manages user terminal information (phone number, etc.), user personal information (address, name, etc.), and member ID registered during membership registration using a user terminal accessed through the storage organizing app. a member information database unit; and

It further includes a storage information database section that manages storage information including product or food type, alarm information (expiration date or reminder period usage period), location coordinates, and member ID in conjunction with the member ID in conjunction with the member information database section. do.

The storage organization server counts from the date the storage information is received, determines whether the counted date is a designated use period, such as an expiration date or a reminder period included in the alarm information, and periodically checks whether the use period is valid for the use period. When this is completed, it further includes an alarm information processing unit that generates alarm information indicating whether the product is in use and transmits it to the user terminal through a communication unit. The usage period can be set differently for each type of storage object.

The storage organizing server analyzes a plurality of storage information in conjunction with the storage information database unit, generates a preliminary alarm according to a preset preliminary period before completion of the usage period according to the usage period included in each storage information, and sends a preliminary alarm through the communication unit. It further includes a control unit that transmits data to the user terminal.

The control unit analyzes the storage information database unit to extract the storage objects whose use period is approaching, generates the extracted storage objects as list information, and the user interface unit transmits the generated list information to the user terminal to display it in a graphical user interface. Provided, the user terminal outputs the storage objects whose use period is approaching in the form of a list on one side of the screen in the storage organizing app.

When each compartment is selected in the internal floor plan of the storage device, the user terminal creates an input window to receive the name of the storage object, generates an input signal including the type of storage object entered into the input window, and transmits it to the storage organization server. The storage organizing server extracts the storage object type from the input signal received from the user terminal, searches the storage information database unit for the storage object type, and sends the searched storage object type and the corresponding icon to the user terminal. When transmitting the type of storage object, the user terminal displays the storage object matching the initial consonant and the corresponding icon information on the display unit, selects the storage object, and inputs it into the internal floor plan.

The user interface unit, in conjunction with the storage information database unit, displays the most frequently used storage objects in each compartment on an internal floor plan showing the internal space of the storage device, and when the compartment is selected and enlarged, the storage items located in the compartment are displayed. A graphical user interface that displays an object is created and transmitted to the user terminal, and when the storage object located in each compartment in the internal floor plan is moved from a first point to a second point by dragging by a touch input, within the internal floor plan A graphical user interface that allows movement of the storage object is created and transmitted to the user terminal.

The system for providing product storage and organization services according to the characteristics of the present invention,

An input screen that configures the internal floor plan of the storage device with the same space division as the space division actually used by the storage objects of the storage device, and inputs one or more alarm information among the expiration date and reminder period at the same time as entering the storage object. A storage organizing server consisting of a user interface unit that generates a graphical user interface implementing; and

The graphical user interface is displayed through a storage organization app downloaded from the storage organization server, and the internal plan view of the screen is such that the storage object and the alarm are positioned at the same location as the storage object stored in the storage device. Includes a user terminal that receives information,

The storage organizing server includes a member information database unit that matches and manages user terminal information, user personal information, and member ID registered in the process of registering as a member using a user terminal accessed through the storage organizing app;

In conjunction with the member information database unit, storage information including product or food type, alarm information indicating the expiration date or reminder period of use, location coordinates indicating a specific point of the storage device, and member ID are managed by matching. It further includes a storage information database unit,

The graphical user interface of the internal floor plan generates banner advertising content at the top, creates an internal floor plan showing the internal space of the storage device, and has a shopping list icon, an icon for taking out ingredients, an icon for viewing ingredients, and a search icon for stored food at the bottom. It includes the main page arranged in this way,

The user terminal receives a selection signal of the food ingredient removal icon from the touch pad controller through the user's touch input, receives a selection signal of the food ingredient icon indicating the food ingredient in the storage device, and the storage organizing server receives the food ingredient removal icon from the user terminal. When receiving a selection signal of the ingredient removal icon and the ingredient icon on the main page, the user interface unit generates a graphical user interface in which the ingredient icon is inserted into the tray image on the page including the tray image and transmits it to the user terminal,

The storage information database unit counts the expiration date of the ingredients inside the storage device, calculates and updates the remaining expiration date, and receives a signal for deleting the ingredient icon when the ingredient is taken out and the delete button of the ingredient icon is selected. If so, the number of ingredients is deducted and updated, the expiration date and reminder period for each ingredient are registered and stored, and when ingredients are entered and put in or taken out and deleted, the number of remaining ingredients is calculated, updated, and stored.

Through the above-described configuration, the present invention enables efficient shopping and efficient use by allowing one to see at a glance where and what one has in the house, thereby reducing the waste of discarding items and reducing the user's mental stress caused by shopping and waste. It reduces time use and, as a result, reduces waste pollution, which has the effect of helping with environmental pollution.

1 is a diagram showing the configuration of a system for providing product storage and organization services according to an embodiment of the present invention.
Figure 2 is a diagram briefly showing the internal configuration of a user terminal according to an embodiment of the present invention.
Figure 3 is a diagram briefly showing the internal configuration of a storage organizing server according to an embodiment of the present invention.
Figure 4 is a diagram showing an example of a membership registration page according to an embodiment of the present invention.
Figure 5 is a diagram illustrating a graphical user interface of a refrigerator selection screen according to an embodiment of the present invention.
Figure 6 is a diagram showing a graphical user interface of the main page including an internal floor plan according to an embodiment of the present invention.
Figure 7 is a diagram illustrating a graphical user interface of a grocery list screen according to an embodiment of the present invention.
Figure 8 is a diagram showing an example of a graphical user interface of a storage device screen and an input screen in a storage organization app according to an embodiment of the present invention.
Figure 9 is a diagram showing an example of a graphical user interface implementing a tray image according to another embodiment of the present invention.
Figure 10 is a diagram showing the internal floor plan of the storage device being output when a storage device is selected from map data of a house floor plan according to another embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. While describing each drawing, similar reference numerals are used for similar components.

Terms such as first, second, A, B, etc. may be used to describe various components, but the components should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another. For example, a first component may be named a second component, and similarly, the second component may also be named a first component without departing from the scope of the present invention. The term “and/or” includes any of a plurality of related stated items or a combination of a plurality of related stated items.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by a person of ordinary skill in the technical field to which the present invention pertains. Terms defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the related technology, and unless explicitly defined in the present application, should not be interpreted in an ideal or excessively formal sense. No.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the attached drawings. In order to facilitate overall understanding when describing the present invention, the same reference numerals are used for the same components in the drawings, and duplicate descriptions for the same components are omitted.

1 is a diagram showing the configuration of a system for providing product storage and organization services according to an embodiment of the present invention.

The product storage and organization service providing system 100 according to an embodiment of the present invention includes a communication network 101, a user terminal 110, and a storage organization server 120.

The user terminal 110 executes the storage organization app downloaded from the storage organization server 120, connects to the storage organization server 120 through the communication network 101 through the storage organization app, and uses the storage organization app to access the refrigerator. You can set the type or expiration date of fresh food stored in, the reminder period, and the type or expiration date of the stored product.

The user terminal 110 is a concept that encompasses all electronic devices with input, communication, and storage functions, such as refrigerators, smartphones, tablet PCs, PCs, smart TVs, mobile phones, personal digital assistants (PDAs), laptops, media players, These may be micro servers, GPS (global positioning system) devices, e-readers, digital broadcasting terminals, navigation, kiosks, MP3 players, digital cameras, home appliances, devices equipped with cameras, and other mobile or non-mobile computing devices. Not limited. Additionally, the user terminal 110 may be a wearable device equipped with communication functions and data processing functions. However, it is not limited to this.

The user terminal 110 connects to the storage organizing server 120 under the control of an operating system (OS) and at least one program (for example, a browser or an installed application), and operates the service provided by the storage organizing server 120. I can receive content.

The communication network 101 is not limited to communication methods, and may include not only communication methods using mobile communication networks, wired Internet, wireless Internet, and broadcasting networks, but also short-range wireless communication between devices. For example, the communication network 120 includes a personal area network (PAN), a local area network (LAN), a campus area network (CAN), a metropolitan area network (MAN), a wide area network (WAN), a broadband network (BBN), It may include one or more arbitrary networks such as the Internet. Additionally, the communication network 120 may include any one or more of network topologies including a bus network, star network, ring network, mesh network, star-bus network, tree or hierarchical network, etc. Not limited.

The user terminal 110 displays a graphical user interface (main page 10) on the display unit 113 through the storage organization app downloaded from the storage organization server 120, and displays the type of article or food and an alarm at the desired location. Receive information.

The storage organization server 120 configures the main page 10 to classify the items in the storage device that provides the storage space in the same manner as the space section actually used, and simultaneously inputs the type of item and food and sets the expiration date and reminder period. Create a graphical user interface that implements an input screen for entering one or more alarm information.

The user terminal 110 displays a graphical user interface through the storage organization app downloaded from the storage organization server 120, and displays the type of article or food in the same location as the used article or food stored in the storage device on the main page 10. and receive alarm information.

Figure 2 is a diagram briefly showing the internal configuration of a user terminal according to an embodiment of the present invention.

The user terminal 110 according to an embodiment of the present invention includes a communication module 111, a control module 112, a display unit 113, a memory unit 114, a touch pad 115, a touch pad controller 116, It includes an input unit 117.

The control module 112 uploads the storage organizing app downloaded from the storage organizing server 120 to the memory unit 114 and activates it.

The control module 112 displays a graphical user interface (main page 10) on the display unit 113 through a storage organization app downloaded from the storage organization server 120 through the communication module 111, and allows the user to store items. The type of item or food and alarm information are input at the same location on the storage device screen as the storage location of the item or food stored in the device.

Here, the storage device screen shows the internal floor plan 11 on the main page 10 below.

Here, a storage device is a concept that collectively refers to everything that can store food and goods, such as a closet, pantry, refrigerator, or warehouse.

The storage device of the present invention may be illustrated as a refrigerator for convenience of explanation, but is not limited thereto and may include various storage spaces such as a closet.

For example, assume that the storage device is a refrigerator, and that there are side dish containers, beverages, etc. in the refrigerator.

In the present invention, the same location as each compartment inside the actual refrigerator is selected on the refrigerator screen of the graphical user interface displayed on the user terminal 110 running the storage organization app, and the type of article or food and alarm information are input.

The present invention has the advantage of being very intuitive and convenient to use by entering data into a space on the app that is exactly in the shape of an actual refrigerator.

The control module 112 displays the main page 10 of the storage organization app on the display unit 113, and when receiving a signal for selecting a specific location on the main page 10, the product or food to be stored in that specific location At the same time as inputting the type, an input screen 20 for inputting one or more alarm information such as expiration date and reminder period is displayed on the display unit 113.

For example, in the case of fresh products, you can enter the expiration date and enter the reminder period if you want to receive a reminder one week or one month from the date the product or food was stored. Of course, you may not enter the expiration date or reminder period.

The control module 112 generates storage information including the type of item or food, alarm information, location coordinates indicating a specific point of the storage device, and member ID, and transmits it to the storage organizing server 120 through the communication module 111.

The touch pad 115 recognizes the touch of an object in a capacitive manner. For this purpose, it generates a sensing signal of the capacitance of the object being touched and generates a coordinate value corresponding to the generated sensing signal.

The touch pad controller 116 receives a touch signal including coordinate information from the touch pad 115 and analyzes a touch input pattern from the received touch signal.

When the control module 112 uploads and executes the storage organization app to the memory unit 114 and receives a touch signal from one storage device through the touch pad 114, the control module 112 provides location coordinates corresponding to the received touch signal. A touch input control signal including information is generated and transmitted to the storage organizing server 120.

The input unit 117 represents a key input means such as numbers and letters.

When the control module 112 uploads and executes the refrigerator and storage organization app to the memory unit 114 and receives a selection signal of one storage device through the input unit 117, the control module 112 positions the location corresponding to the received selection signal. A key input control signal including coordinate information is generated and transmitted to the storage organizing server 120.

The control module 112 uses the touch pad 115 to select a specific point representing the material inside one storage device with the mouse while the storage devices are arranged on the main page 10 of the storage organization app, and then drags the mouse to select a specific point representing the material inside one storage device. When moving to a specific location in another storage device, modified storage information including a storage object representing the material, initial location coordinates, moved location coordinates, and member ID is generated and transmitted to the storage arrangement server 120. Here, the storage object below may include all objects stored in the storage device, such as ingredients, ingredients, articles, ingredient names, and food.

For example, you can freely move ingredients between the refrigerator and kimchi refrigerator or between the refrigerator and freezer by dragging them.

The control module 112 uses the touch pad 115 to select a specific point representing the material inside one storage device with the mouse while the storage devices are arranged on the main page 10 of the storage organization app, and then drags the mouse to select a specific point representing the material inside one storage device. When moving to a specific location inside the storage device, modified storage information including a storage object representing the material, initial location coordinates, moved location coordinates, and member ID is generated and transmitted to the storage organization server 120.

For example, the location of the ingredients between refrigerator or freezer compartments can be freely moved by selecting a first point with the mouse and then dragging the ingredients to the second point.

Figure 3 is a diagram briefly showing the internal configuration of a storage organizing server according to an embodiment of the present invention, Figure 4 is a diagram showing an example of a membership registration page according to an embodiment of the present invention, and Figure 5 is an implementation of the present invention. A diagram showing a graphical user interface of a refrigerator selection screen according to an example, Figure 6 is a diagram showing a graphical user interface of a main page including an internal floor plan according to an embodiment of the present invention, and Figure 7 is a diagram showing an embodiment of the present invention. This is a diagram showing the graphical user interface of the grocery shopping list screen.

The storage organizing server 120 according to an embodiment of the present invention includes a communication unit 121, a map data storage unit 122, a user interface unit 123, a control unit 124, a member information database unit 125, and an alarm information processing unit. (126), a storage information database unit 127, and a cooking recipe management unit 128.

The communication unit 121 provides a communication interface for data communication with the user terminal 110.

The communication unit 121 collects user data by communicating with the user terminal 110 through the communication network 101, or performs data transmission and reception to provide program provision and storage organization services, and for this purpose, a device compatible with the communication network 101 is used. Communication protocols are included.

Additionally, the communication unit 121 may further include an API (Application Programming Interface) for functional linkage between server management programs compatible with the storage organization service.

The map data storage unit 122 forms and stores a house floor plan inside the house as map data, and displays storage devices that can store food or goods on the house floor plan. The map data includes location coordinate information of the storage device.

The member information database unit 125 stores user terminal information (phone number, etc.), user personal information (address, name, etc.) registered in the process of registering as a member using the user terminal 110 accessed through the storage organizing app, and member information. Manage by matching ID.

The user interface unit 123 creates a graphical user interface that provides a membership registration page 40, the first page after membership registration, an internal floor plan 11 showing the internal space of the storage device, and a screen displaying a grocery shopping list to provide the user with a user interface. Transmitted to terminal 110.

The internal plan view 11 has the same spatial division as the actual space division of the objects stored in the storage device, and places the same objects stored in the storage device at the same position as the objects stored in the storage device.

The user terminal 110 displays the internal space of the storage device on the membership registration page 40 provided by the user interface unit 123, the refrigerator selection screen 50, which is the first page after membership registration, and the main page 10. A graphical user interface of the internal floor plan 11 and the grocery shopping list is output to the display unit 113.

After registering as a member, the graphical user interface on the first page provides a screen (50) for selecting a refrigerator of two types, a vertical type, a compact refrigerator, a kimchi refrigerator, and a semi-built-in refrigerator.

The graphic user interface of the internal floor plan 11 represents the internal space of the storage device and provides a screen dividing the internal space of the actual refrigerator into compartments.

The user terminal 110 receives a selection signal of one or more refrigerators from the touch pad controller 116 through the user's touch input on the refrigerator selection screen 50. Here, the refrigerator may be a refrigerator owned by the user at home.

When the control unit 124 of the storage organizing server 124 receives a selection signal of one or more refrigerators through the communication unit 121, the user interface unit 123 selects the one or more refrigerators received according to the control of the control unit 124. A graphical user interface of an internal floor plan 11 representing the internal space of the refrigerator corresponding to the selection signal is created and transmitted to the user terminal 110.

The graphical user interface of the internal floor plan (11) generates banner advertising content at the top, creates an internal floor plan (11) showing the internal space of the refrigerator, and includes a main page (10) with several icons arranged at the bottom. do.

Here, several icons include a grocery list icon 12, a food removal icon 13, a food viewing icon 14, a stored food search icon 15, and a usage icon 16.

The user terminal 110 receives a selection signal of the grocery list icon 12 from the touch pad controller 116 through the user's touch input.

When the control unit 124 of the storage organizing server 124 receives a selection signal of the grocery list icon 12 on the main page 10 through the communication unit 121, the user interface unit 123 is the control unit 124. According to control, a graphic user interface of the grocery list 12 representing a plurality of ingredients corresponding to the received selection signal is created and transmitted to the user terminal 110.

The graphical user interface of the grocery list 12 creates select all and delete selections with check boxes, generates a plurality of ingredients with check boxes, and has several icons arranged at the bottom.

Here, the multiple icons include a price comparison icon for each shopping mall (12a), an organic selection icon (12b), a (+) icon (12c), and a trash can icon (12d).

When the price comparison icon 12a for each shopping mall is selected, shopping malls that compare prices of the corresponding food ingredients are displayed on the display unit 113 of the user terminal 110.

When the organic selection icon 12b is selected, one or more organic ingredients are displayed on the display unit 113 of the user terminal 110.

When the trash can icon (12d) is selected, the checkboxes of ingredients whose checkboxes are selected are cleared.

The user terminal 110 receives a selection signal for the ingredient removal icon 13 from the touch pad controller 116 through the user's touch input, and receives a selection signal for the ingredient icon representing the ingredient in the refrigerator.

When the control unit 124 of the storage organization server 124 receives the selection signal of the food ingredient removal icon 13 and the food ingredient icon on the main page 10 through the communication unit 121, the user interface unit 123 is the control unit ( Under the control of 124), a graphical user interface in which food ingredient icons are moved to the tray image 30 is created on the page including the tray image 30 and transmitted to the user terminal 110.

When the user terminal 110 receives a selection signal of ' An icon deletion signal is generated and transmitted to the storage organization server 124.

The control unit 124 of the storage organizing server 124 receives an ingredient icon deletion signal from the user terminal 110, extracts an ingredient icon from the received ingredient icon deletion signal, and stores the extracted ingredient icon in the storage information database unit 127. Delete from

When the user terminal 110 selects the delete button on the tray image 30 from which the used ingredients have been deleted, the user terminal 110 transmits the icons of the remaining ingredients in the tray image 30 to the storage organization server 124.

When the control unit 124 of the storage organizing server 124 receives the remaining food ingredient icons in the tray image 30 from the user terminal 110, the user interface unit 123 selects the remaining food ingredient icons according to the control of the control unit 124. Before taking it out, a graphical user interface that displays the original location of the internal floor plan 11 of the refrigerator is created and transmitted to the user terminal 110.

For example, if you click the food removal icon 13 on the user terminal 110 and then click the food ingredients in the refrigerator, the food ingredients icon is included in the tray image 30 on the page including the tray image 30, and after cooking, the food ingredients icon is displayed in the tray image 30. When you select and delete the used ingredients and close the tray image (30), the icons for the remaining ingredients return to the position on the internal floor plan (11) before being taken out of the refrigerator.

The user terminal 110 receives a selection signal of the ingredient view icon 14 from the touch pad controller 116 through the user's touch input.

When the control unit 124 of the storage organizing server 124 receives a selection signal of the food ingredient view icon 14 through the communication unit 121, the user interface unit 123 selects the received selection according to the control of the control unit 124. The food ingredient category and ingredient list corresponding to the signal are extracted in conjunction with the storage information database unit 127, and a graphical user interface of the ingredient view icon 14 indicating the ingredient category and ingredient list is created and transmitted to the user terminal 110. do.

The user terminal 110 receives a selection signal of the food search icon 15 from the touch pad controller 116 through the user's touch input.

When the control unit 124 of the storage organization server 124 receives a selection signal of the food search icon 15 on the main page 10 through the communication unit 121, the user interface unit 123 is the control unit 124. Food information is extracted from the selection signal of the food search icon 15 received according to the control, the extracted food information is searched in conjunction with the storage information database unit 127, and a graphical user interface representing the searched food information is created to provide the user with Transmitted to terminal 110.

The user terminal 110 receives a selection signal for the usage icon 16 from the touch pad controller 116 through the user's touch input.

When the control unit 124 of the storage organizing server 124 receives a selection signal for the usage icon 16 through the communication unit 121, the user interface unit 123 receives the usage icon 16 according to the control of the control unit 124. (16) is searched in conjunction with the storage information database unit 127, and a graphical user interface representing the searched usage method is created and transmitted to the user terminal 110.

delete

When the user terminal 110 needs to change the space division in the internal floor plan 11 showing the internal space of the storage device, the user terminal 110 can select the partition function mode by selecting a desired location in the partitioned space through the user's touch input. Here, the column division function mode can change the number of spatial divisions in the internal floor plan (11) by entering horizontal columns × vertical columns.

When the control unit 124 of the storage organizing server 124 receives a column division function mode including input information of horizontal column × vertical column from the user terminal 110 through the communication unit 121, the user interface unit 123 Under the control of the control unit 124, a graphical user interface divided into spaces equal to the number of horizontal columns and vertical columns is created and transmitted to the user terminal 110.

The user terminal 110 can change the division of the space desired by the user in the internal floor plan 11 and output it.

The user terminal 110 receives a selection signal of the stored food search icon 15 from the touch pad controller 116 through the user's touch input.

When the control unit 124 of the storage organizing server 124 receives a selection signal of the food search icon 15 through the communication unit 121, it links the food ingredients corresponding to the received selection signal with the storage information database unit 127. and search.

The user interface unit 123 generates search information, including the searched ingredients and the location of the ingredients, as a graphic user interface under the control of the control unit 124 and transmits it to the user terminal 110.

For example, when the food ingredient requested to be searched is perilla oil, the user terminal 110 may display on the display unit 113 that perilla oil is located on the second shelf of the right door of the refrigerator.

Materials can be input in the following three ways in a storage device (for example, a refrigerator).

(1) When the grocery list icon 12 is selected, multiple food ingredient information icons are selected from the displayed grocery list user interface (FIG. 7) and the ingredients are transferred to the refrigerator all at once.

The user terminal 110 selects the checkbox of the desired food ingredient in the graphical user interface of the grocery list 12 and then receives a selection signal of the (+) icon 12c.

When the control unit 124 of the storage organizing server 124 receives a signal including food ingredient information in the grocery list from the user terminal 110 through the communication unit 121, the control unit 124 extracts and stores the food ingredient information included in the received signal. It is transmitted and registered in the information database unit 127. In other words, you will be able to select several ingredients at once and put them in the refrigerator all at once.

Additionally, the expiration date can also be entered when checking the checkbox for an ingredient, and various ingredients, including the expiration date, can be placed in the refrigerator at once.

At this time, the user interface unit 123 converts the food ingredient information in the grocery list into icon information representing each ingredient at once under the control of the control unit 124, and displays the graphic displayed on the internal floor plan 11 showing the internal space of the storage device. A user interface is created and transmitted to the user terminal 110.

The user terminal 110 can move a compartment within the storage device (refrigerator) using a user's touch input on the internal floor plan 11 of the storage device (refrigerator) where an icon of food ingredient information selected from the grocery list is displayed. Here, the touch input is a drag input in which the mouse button is selected and pressed at a first point and the position is moved to the second point.

(2) This is a food ingredient input method in which, when inputting ingredients through the input window in each compartment of the refrigerator, the names and icons of ingredients matching the initial consonants appear and are selected.

When each compartment is selected in the internal floor plan 11 of the storage device (refrigerator), the user terminal 110 creates an input window to receive the name of the food ingredient through the input unit 117, and inputs the name of the food ingredient entered into the input window. A signal is generated and transmitted to the storage organizing server 124.

When the control unit 124 of the storage organizing server 124 receives an input signal including the food ingredient name (storage target) input from the user terminal 110 through the communication unit 121, the control unit 124 extracts the food ingredient name from the received input signal. Then, the ingredient names and icons matching the initial consonants of the ingredients are searched in the storage information database unit 127, and the searched ingredient names and icons are transmitted to the user terminal 110.

When inputting ingredients in each column of the internal floor plan 11, the user terminal 110 displays the names and icons of ingredients corresponding to the initial consonants on the display 113, and selects them to input ingredients into the internal floor plan 11.

(3) This is an ingredient input method in which several ingredients are selected from the ingredient category and are transferred to the refrigerator and displayed all at once.

When the user terminal 110 receives a selection signal of the (+) icon of the main page 10 from the touch pad controller 116 through the user's touch input, the user terminal 110 transmits the received selection signal to the storage organizing server 124. .

The control unit 124 of the storage organizing server 124 receives a selection signal of the ingredient view icon 14 on the main page 10 from the user terminal 110 through the communication unit 121, and the user interface unit 123 Under the control of the control unit 124, the food ingredient category corresponding to the received selection signal is extracted in conjunction with the storage information database unit 127, and a graphic user interface representing the food ingredient category is created and transmitted to the user terminal 110.

The user terminal 110 displays the food ingredient category on the display unit 113, selects desired food ingredient information from the displayed food ingredient category through the user's touch input or the input unit 117 (for example, selects a check box), and organizes storage. Transmit to server 124.

When receiving a signal containing food ingredient information from the user terminal 110 through the communication unit 121, the control unit 124 of the storage organizing server 124 extracts the food ingredient information included in the received signal and extracts the food ingredient information contained in the storage information database unit ( 127) and register.

In other words, you will be able to select multiple ingredients from the food ingredient category at once and put them in the refrigerator all at once.

Additionally, when selecting an ingredient in the food ingredient category, the expiration date can also be entered, and various ingredients, including the expiration date, can be placed in the refrigerator at once.

At this time, the user interface unit 123 converts the food ingredient information in the food ingredient category into icon information representing each ingredient under the control of the control unit 124, and displays the graphic user interface on the internal floor plan 11 indicating the internal space of the storage device. An interface is created and transmitted to the user terminal 110.

The user interface unit 123 moves storage objects (food ingredients, ingredients, goods, etc.) located in each compartment in the internal floor plan 11 from a first point to a second point by dragging by a touch input, within the internal floor plan 11. A graphical user interface that allows movement of the storage object is created and transmitted to the user terminal 110.

The user interface unit 123 configures the internal floor plan 11 in the same form as the actual location division of the storage device providing the storage space, and inputs one or more alarm information among the expiration date and reminder period at the same time as inputting the product or food. A graphical user interface implementing an input screen is generated, and the generated graphical user interface is transmitted to the user terminal 110.

The control unit 124 receives storage information including product or food type, alarm information, location coordinates, and member ID from the user terminal 110 through the communication unit 121.

The alarm information processing unit 126 counts from the date the storage information is received, and determines whether the counted date is an expiration date or a reminder period included in the alarm information.

Here, the basic usage period for each type of food ingredient is set in the storage organization app, and the alarm information processing unit 126 can implement a processor that resets the usage period for each type of ingredient differently. Of course, the setting input of the usage period for each type of food ingredient is performed at the user terminal 110.

The alarm information processing unit 126 periodically checks whether the use period has been completed, and when the use period is completed, generates alarm information indicating whether the product has been used and transmits it to the user terminal 110 through the communication unit 121.

When the specified usage period is counted and becomes more than one month, the alarm information processing unit 126 generates alarm information indicating whether the product has been used and transmits it to the user terminal 110 through the communication unit 121.

The alarm information processing unit 126 counts from the date the storage information is received, and when the preset usage period is reached, generates list information of unused materials once a month and transmits it to the user terminal 110.

The alarm information processing unit 126 analyzes the storage information, and if the stored food is food classified as fresh food, and if alarm information is not entered, the alarm information processing unit 126 generates reminder information that the expiration period has not been entered every week to the communication unit 121 ) is transmitted to the user terminal 110.

The storage information database unit 127 is linked with the member information database unit 125 and manages storage information including product or food type, alarm information (expiration date or reminder period usage period), location coordinates, and member ID. do.

The control unit 124 analyzes a plurality of storage information in conjunction with the storage information database unit 127, and generates a preliminary alarm according to a preset preliminary period before completion of the use period according to the use period included in the storage information to communicate with the communication unit 121. ) is transmitted to the user terminal 110. For example, 3 days before the expiration date of milk, a preliminary alarm indicating that the expiration date remains 3 days may be generated and transmitted to the user terminal 110.

The control unit 124 analyzes the storage information database unit 127 to extract storage objects for items or food whose use period is approaching, and generates list information for the extracted storage objects (food ingredients).

The user interface unit 123 configures the generated list information into a graphic user interface and provides it to the user terminal 110. As a result, the user terminal 110 outputs storage objects of items or food whose expiration date is approaching in the form of a list on one side of the screen on the storage organization app.

In another embodiment, when the user interface unit 123 enters the main page from the user terminal 110, the user interface unit 123 generates a pop-up window in the form of a post-it note with a list of ingredients whose expiration date is approaching above the refrigerator, and stores the list of ingredients. It is provided to the user terminal 110 by configuring it as a graphical user interface that stores it using the function mode.

The storage information database unit 127 manages storage information stored for each member ID, and also stores history information on the storage target of goods or food when storing storage information.

The control unit 124 works in conjunction with the storage information database unit 127 to extract a preset upper order number based on the number of storage times from the history information of the storage object.

The user interface unit 123 configures the extracted upper order storage target information into a graphic user interface and provides it to the user terminal 110.

The user terminal 110 displays top-ranked storage target information, such as frequently consumed items or food, on the display unit 113 through a graphic user interface on the storage organization app.

The user interface unit 123 generates an easily readable picture icon of an item or food according to the frequency of use of the storage object stored in the storage information database unit 127 and registers it in the storage information database unit 127.

The control unit 124 accumulates the frequency of use of objects for storage of goods or food for each member ID and stores them in the storage information database unit 127, and each member ID has a higher order number according to the accumulated frequency of use, Based on the upper order number, storage objects with exposure priority are selected and stored in the storage information database unit 127.

The user interface unit 123 generates icon list information in descending order of icons corresponding to preset upper order numbers according to frequency of use, using a graphical user interface, and transmits it to the user terminal 110.

As shown in FIG. 8, the user terminal 110 displays storage objects in the form of icons on one side of the display unit 113 in order of frequency of use.

On the right side of the screen in Figure 8, ingredients or foods frequently consumed by the user are arranged so that they are visible first, making them easy to find.

The user interface unit 123, in conjunction with the storage information database unit 127, displays each compartment in the order of the most frequently used materials in the internal floor plan 11 showing the internal space of the storage device, and selects the corresponding compartment to enlarge it. Once done, a graphical user interface is created to display the ingredients (contents) located in the corresponding compartment and transmitted to the user terminal 110.

As shown in FIG. 10, the user interface unit 123 matches the location coordinate information of the storage device in the house floor plan to map data in conjunction with the map data storage unit 122, and the location of the storage device is displayed in the map data. A graphical user interface that provides a screen is created and transmitted to the user terminal 110.

The user interface unit 123 provides a graphic user interface of the internal floor plan 11 of the storage device, and the internal floor plan 11 includes location coordinate information for each partitioned space.

As shown in FIG. 10, the user terminal 110 outputs the graphic user interface provided by the user interface unit 123 to the display unit 113, and when a storage device is touched on the house floor plan, the storage device is selected. The internal floor plan 11 is output to the display unit 113.

The control unit 124 receives a touch input control signal or a key input control signal including location coordinate information from the user terminal 110 and transmits it to the user interface unit 123.

The user interface unit 123 matches the position coordinate information of each internal component to the internal floor plan 11 of the storage device (closet, refrigerator, etc.) corresponding to the position coordinate information, and the positions are displayed on the internal floor plan 11. A graphical user interface that provides a screen is created and transmitted to the user terminal 110.

The control module 113 of the user terminal 110 displays the internal plan view 11 of the storage device on the display unit 115. Here, the internal plan view 11 of the storage device shows accommodating spaces divided identically to the compartments for storing actual goods or food, and includes location coordinate information for each accommodating space.

When the user terminal 110 receives a selection signal of a storage device from the map data, it displays the internal floor plan 11 of the storage device on the display unit 115.

When the control module 113 receives a touch signal of one receiving space from the storage device through the touch pad 111, the control module 113 provides an input window (20) for entering the type, expiration date, and reminder period of the food stored in the refrigerator. ) is output on the display unit 115.

The control unit 124 transmits the storage object indicating the material received from the user terminal 110, the initial location coordinates, the moved location coordinates, and the modified storage information including the member ID to the storage information database unit 127. The storage information database unit 127 updates existing storage information with modified storage information based on the member ID.

When implementing the graphic user interface of the storage device screen 10, the user interface unit 123 may provide goods or food in the form of icons to the user terminal 110.

As shown in FIG. 8, when the user interface unit 123 receives a selection signal of a product icon or a food icon from the user terminal 110 for a preset time, the user interface unit 123 receives the number of ingredients, expiration date, and memo. A window 20 is created and provided to the user terminal 110.

As shown in FIG. 8, in the case of a product icon or food icon, when content is input, the user interface unit 123 displays a small triangle in the upper left corner of the icon, the name of the ingredient is displayed at the bottom of the icon, and the icon For deletion, a small Here, the small triangle may contain details of the icon.

When receiving a selection signal for icon X, the control unit 124 deletes the product or food data corresponding to the icon from the storage information database unit 127.

When the storage device screen 10 of the storage organization app is displayed on the display unit 113, the control module 112 of the user terminal 110 presses and holds the product icon or food icon by touching the touch pad 114, An input window 20 for inputting the number of ingredients, expiration date, and memo is displayed on the display unit 113, and when content is entered into the input window, a small triangle is created and displayed in the upper left corner of the icon.

When the control module 112 receives a selection signal of a small

When the user interface unit 123 receives the number of ingredients of an icon from the user terminal 110, it creates a graphic user interface that overlaps the number of ingredients at the midpoint of the icon and transmits it to the user terminal 110.

The cooking recipe management unit 128 registers and manages a plurality of cooking recipe information, links with the storage information database unit 127, analyzes the food ingredients in the refrigerator for each member ID by comparing them with the cooking recipe information, and analyzes the food ingredients in the refrigerator. Extract about 10 cooking recipe information that can be used.

The cooking recipe management unit 128 can classify the extracted 10 cooking recipe information into high, medium, and low depending on the level of difficulty.

When receiving a cooking recipe request signal using food ingredients from the refrigerator from the user terminal 110, the cooking recipe management unit 128 may transmit cooking recipe information classified into high, medium, and low to the user terminal 110. The user terminal 110 may receive recipe information by selecting a cooking recipe classified as high, middle, or low.

When the user terminal 110 receives a recipe selection signal of one cooking recipe information from the cooking recipe information provided from the cooking recipe management unit 128, it transmits the received recipe selection signal to the storage organizing server 120.

The cooking recipe management unit 128 compares the ingredients contained in the refrigerator of the member ID and the selected cooking recipe information to generate text shopping list information of ingredients requiring additional purchase, and sends the generated shopping list information to the user terminal ( 110).

When the ingredient is exhausted and the ingredient is an item to be purchased for the next shopping, the user terminal 110 moves the ingredient icon by dragging it using the touch pad 115 in the shopping list input window, or presses the key through the input unit 117. Enter the ingredients as input.

When the user terminal 110 enters shopping list information in the shopping list input window, the shopping list information is transmitted to the user terminal 110.

The cooking recipe management unit 128 receives shopping list information from the user terminal 110 and stores it.

The cooking recipe management unit 128 automatically adds ingredients that require additional purchase for the recipe selected by the user to the shopping list information and transmits the updated shopping list information to the user terminal 110 to facilitate the user's shopping. .

The cooking recipe management unit 128 compares the ingredients in the shopping list information with the ingredients in the storage device (refrigerator) and, if the same ingredients are present, displays a display notifying that the ingredients are in the storage device in the shopping list information to prevent duplicate purchases. It is composed of the corresponding food ingredients.

The cooking recipe management unit 128 may compare the ingredients in the shopping list information with price information for each online mart, sort the marts in order of lowest price, and provide the information to the user terminal 110.

When moving ingredients on the refrigerator screen, the user terminal 110 can delete icons one by one or move their positions.

As shown in FIG. 9 , when moving various ingredients for cooking, the user interface unit 123 creates a graphic user interface of the tray image 30 and transmits it to the user terminal 110.

As shown in FIG. 9, while displaying the tray image 30 in the storage organization app, the user terminal 110 drags various ingredients using the touch pad 115 and places them on the tray image 30. , In the case of an exhausted food ingredient icon, a selection signal of a small It becomes a state where it is not.

In the case of a product icon or food icon, when content is entered into the input window 20, the user interface unit 123 displays a small triangle in the upper left corner of the icon, displays the name of the ingredient at the bottom of the icon, and deletes the icon. To do this, implement a graphical user interface to display a small X in the upper right corner of the icon.

When receiving a selection signal for icon X, the control unit 124 deletes the product or food data corresponding to the icon from the storage information database unit 127.

The storage information database unit 127 counts the expiration dates of the ingredients inside the storage device, calculates and updates the remaining expiration dates, and when the delete button for the food ingredient icon is selected and a delete signal for the ingredient icon is received, Update the material count by subtracting the count.

When the storage information database unit 127 receives a food material input signal from the user terminal 110 by selecting desired food material information from the displayed food material category through the user's touch input or input unit 117 (e.g., selecting a check box) , Update the number of ingredients by increasing the number of ingredients.

In other words, the storage information database unit 127 registers and stores the expiration date and reminder period for each ingredient, and when ingredients are inputted and put in or taken out and deleted, the storage information database unit 127 calculates, updates, and stores the number of remaining ingredients. .

The storage information database unit 127 calculates the time when the food material is input and the time when the material is used up for each food material, calculates the food material exhaustion speed for each food material, and stores it as history data.

In other words, the storage information database unit 127 calculates the food ingredient input time at which the food ingredient is input and the food ingredient exhaustion time at which the ingredient is used up from the total number of ingredients, calculates the food ingredient exhaustion time from the food ingredient input time, and then calculates the food ingredient consumption time at which the ingredient is used up. By dividing, you can calculate the rate at which each ingredient is consumed.

The control unit 124 periodically receives the exhaustion speed of each food ingredient and the number of remaining ingredients from the storage information database unit 127, and multiplies the exhaustion speed of each food ingredient by the remaining number of ingredients, as shown in Equation 1 below. Calculate the remaining food material consumption period.

Here, PMEP (Remaining Material Exhaustion Period) represents the remaining food material exhaustion period, and MER (Material Exhaustion Rate) represents the material exhaustion rate of each food material. i represents the order number for classifying the food ingredients stored in the storage device, and n represents the number of food ingredients remaining in the storage device.

Since each food ingredient has a different consumption rate, the remaining food material consumption period can be calculated by adding the consumption rate of each food ingredient.

The remaining food material consumption period refers to the period of time it takes for all the food materials remaining in the storage device to be used up.

The control unit 124 stores the calculated remaining food material consumption period by matching it to the corresponding ingredients in the storage information database unit 127.

The control unit 124 receives the expiration date and reminder period of each food ingredient from the storage information database unit 127, and calculates the received expiration date and PMEP (remaining food material exhaustion period) calculated through Equation 1 above using the following equation. Substitute into Equation 2 to determine whether an alarm occurs.

If the period obtained by subtracting PMEP from the expiration date is less than or equal to the reminder period, the control unit 124 generates alarm information notifying the user that material exhaustion is imminent and transmits it to the user terminal 110 through the communication unit 121.

The control unit 124 calculates the shopping cycle for each food ingredient by substituting the preset weight and the exhaustion speed of the food ingredient into the following equation 3 for each ingredient, and sends the user terminal through the communication unit 121 ( 110).

Here, T represents the shopping cycle, and W represents the ratio representing the value of importance of each food material to the total food material according to the material exhaustion rate by assigning different weights to each food material since the rate of exhaustion of each food material is different. .

W compares the rate of consumption of each food ingredient with the preset reference rate of consumption of food materials. If the rate of exhaustion of food materials is higher than the rate of exhaustion of standard food materials, the weight increases by a higher ratio, and if the rate of exhaustion of food materials is lower than the rate of exhaustion of standard food materials, the weight increases by a lower ratio. is set to be low.

i represents the order number for classifying the food ingredients stored in the storage device, n represents the total number of food ingredients stored in the storage device, and PMEP represents the remaining food material consumption period. The weight (W _i ) represents the weight corresponding to the ith food ingredient among n food ingredients.

Operations according to embodiments of the present specification can be implemented as a computer-readable program or code on a computer-readable recording medium. Computer-readable recording media include all types of recording devices that store data that can be read by a computer system. Additionally, computer-readable recording media can be distributed across networked computer systems so that computer-readable programs or codes can be stored and executed in a distributed manner.

When the embodiment is implemented in software, the above-described techniques may be implemented as modules (processes, functions, etc.) that perform the above-described functions. Modules are stored in memory and can be executed by a processor. Memory may be internal or external to the processor and may be connected to the processor by a variety of well-known means.

Additionally, computer-readable recording media may include hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, etc. Program instructions may include not only machine language code such as that created by a compiler, but also high-level language code that can be executed by a computer using an interpreter, etc.

Although some aspects of the invention have been described in the context of an apparatus, it may also refer to a corresponding method description, where a block or device corresponds to a method step or feature of a method step. Similarly, aspects described in the context of a method may also be represented by corresponding blocks or items or features of a corresponding device. Some or all of the method steps may be performed by (or using) a hardware device, such as a microprocessor, programmable computer, or electronic circuit, for example. In some embodiments, one or more of the most important method steps may be performed by such an apparatus.

In embodiments, a programmable logic device (e.g., a field programmable gate array) may be used to perform some or all of the functionality of the methods described herein. In embodiments, a field programmable gate array may operate in conjunction with a microprocessor to perform one of the methods described herein. In general, the methods are preferably performed by some hardware device.

Although the present invention has been described above with reference to preferred embodiments, those skilled in the art may make various modifications and changes to the present invention without departing from the spirit and scope of the present invention as set forth in the claims below. You will understand that you can do it.

100: Product storage and organization service provision system
110: user terminal
120: Storage organizing server

Claims (3)

An input screen that configures the internal floor plan of the storage device with the same space division as the space division actually used by the storage objects of the storage device, and inputs one or more alarm information among the expiration date and reminder period at the same time as entering the storage object. A storage organizing server consisting of a user interface unit that generates a graphical user interface implementing; and
The graphical user interface is displayed through a storage organization app downloaded from the storage organization server, and the internal plan view of the screen is such that the storage object and the alarm are positioned at the same location as the storage object stored in the storage device. Includes a user terminal that receives information,
The storage organizing server includes a member information database unit that matches and manages user terminal information, user personal information, and member ID registered in the process of registering as a member using a user terminal accessed through the storage organizing app;
In conjunction with the member information database unit, storage information including product or food type, alarm information indicating the expiration date or reminder period of use, location coordinates indicating a specific point of the storage device, and member ID are managed by matching. It further includes a storage information database unit,
The graphical user interface of the internal floor plan generates banner advertising content at the top, creates an internal floor plan showing the internal space of the storage device, and has a shopping list icon, an icon for taking out ingredients, an icon for viewing ingredients, and a search icon for stored food at the bottom. It includes the main page arranged in this way,
The user terminal receives a selection signal of the food ingredient removal icon from the touch pad controller through the user's touch input, and receives a selection signal of the food ingredient icon representing the food ingredient in the storage device,
When the storage organizing server receives a selection signal of the food ingredient removal icon and the food ingredient icon of the main page from the user terminal, the user interface unit provides a graphical user interface in which a food ingredient icon is input to the tray image on a page including a tray image. Generated and transmitted to the user terminal,
The storage information database unit calculates and updates the remaining expiration date by counting the expiration date of the food ingredients inside the storage device from the user terminal, and when receiving a deletion signal of the food ingredient icon from the user terminal, calculates the number of ingredients. Deduct and update, register and store the expiration date and reminder period for each food ingredient, and if the ingredient information is entered or deleted through the user's touch input or input unit in the food ingredient category from the user terminal, the remaining Calculate and update the number of remaining food ingredients,
The storage information database calculates the food material consumption rate for each food material by calculating the time when the food material is input and the time when the material is used up,
The food material exhaustion speed for each food ingredient and the number of remaining food ingredients are periodically received from the storage information database unit, and the food material exhaustion speed for each food ingredient is summed by the number of remaining food ingredients, so that all food ingredients remaining in the storage device are It further includes a control unit that calculates the remaining food material consumption period, which indicates how long it takes to exhaust the remaining food material,
The remaining food material consumption period is calculated by the following equation,

The PMEP (Remaining Material Exhaustion Period) represents the remaining food material exhaustion period, and the MER (Material Exhaustion Rate) represents the food material exhaustion rate of each food material. The i represents a sequence number for classifying the food ingredients stored in the storage device, and the n represents the number of remaining food ingredients remaining in the storage device,
The control unit stores the calculated consumption period of remaining food ingredients by matching them to the corresponding food ingredients in the storage information database unit, receives the expiration date and reminder period of each food ingredient from the storage information database unit, and stores the received expiration date and the reminder period. Substitute the calculated remaining food material consumption period into the following equation to determine whether an alarm is generated, and if the period of time minus the calculated remaining food material consumption period from the expiration date is less than or equal to the reminder period, notifies the user that food material exhaustion is imminent. Generate alarm information and transmit it to the user terminal through the communication unit,

When the storage organization server receives a selection signal of the food ingredient view icon from the user terminal, the food ingredient category and ingredient list corresponding to the received selection signal are extracted in conjunction with the storage information database unit, and the food ingredient category and ingredient list are extracted. Creating a graphical user interface of a food ingredient view icon representing a list and transmitting it to the user terminal,
When receiving a selection signal of the food search icon from the user terminal, the storage organizing server extracts food information from the selection signal of the received food search icon, and links the extracted food information with the storage information database unit. Search, create a graphical user interface representing the searched food information, and transmit it to the user terminal,
When the user interface unit receives a signal for selecting a product or food icon from the user terminal, it creates an input window for entering the number of ingredients and the expiration date and transmits it to the user terminal, and when the content is entered into the input window, , displaying a triangle in the upper left corner of the icon, displaying an ,
While displaying the tray image, the user terminal uses a touch pad to drag various ingredients and place them on the tray image. Then, in the case of an exhausted ingredient icon, the user terminal receives a selection signal of If it is deleted by sending it to the organizing server and the tray image is closed without change, the food ingredient icons included in the tray image will remain in a state where they have not been deleted.
The storage organizing server analyzes the storage information database unit to extract the storage objects whose use period is approaching, generates the extracted storage objects as list information, and the user interface unit displays the generated list information in a graphical user interface. Provided to the user terminal, the user terminal outputs the storage objects whose usage period is approaching in the form of a list on one side of the screen in the storage organizing app,
The storage organizing server further includes an alarm information processing unit that generates alarm information indicating whether the item has been used and transmits it to the user terminal through a communication unit when the designated usage period is counted and exceeds one month,
The alarm information processing unit counts from the date the storage information is received, and when a preset usage period is reached, generates list information of unused materials once a month and transmits it to the user terminal. delete delete

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