KR102067398B1 - A running and managing method of manless commodity store system that is formed vending machine - Google Patents

Abstract

The present invention relates to a method for operating and managing an unmanned product store system formed as a bending machine. According to the present invention, in the unmanned product store system formed as a bending machine, capable of manlessly selling a product to a customer without a resident employee by forming an unmanned product store as a bending machine rather than installing a plurality of bending machines in the unmanned product store, when a customer selects various products through a kiosk to perform a purchase and a payment, sales for the paid products are calculated. Also, a loyalty for the sales is calculated with reference to a loyalty calculation rate, and a mileage is calculated with reference to a mileage calculation rate. Thereafter, final store profits are calculated by subtracting a store mileage from a calculated store loyalty to provide the same for a manager in real time, and the manager can check and manage inventory of products and a sales status in real time.

Description

A running and managing method of manless commodity store system that is formed vending machine}

The present invention relates to an operation and management method of a bending machined unmanned merchandise store system, and more particularly, after installing and providing an unmanned merchandise store that is a bending machined unmanned merchandise store itself, By calculating sales information, mileage information, loyalty information, and profit information about the goods sold through the information, provide it to the manager (store owner), and automatically create a shipping invoice for the insufficient goods generated by the sales and send it to the product sharing company. The present invention relates to a method of operating and managing a bending machined unmanned merchandise store system that allows a manager to identify and manage the inventory and sales status of a product in real time without residing in the merchandise store.

With the development of science and technology, unmanned facilities are increasing everywhere in our lives.

Unmanned facilities are mainly accommodations such as unmanned merchandise stores, gas stations, and motels, which provide various benefits to customers who use them for 24 hours. However, there are also disadvantages for employees who work due to overnight or shift work.

The disadvantage of the unmanned facilities has been that they do not have a working staff to respond quickly to various theft or fire accidents.

However, nowadays, due to the development of surveillance, alarm, and detection devices such as CCTV, communication device, alarm device, and fire detection device, it has become a technology level capable of equipping an unmanned facility much more efficiently than in the past.

On the other hand, the representative facility that works 24 hours is an unmanned merchandise store. Recently, due to the rapid increase in the minimum hourly wage, some unmanned merchandise stores are changed to a system where employees work on a limited basis instead of working 24 hours. It may be changed to an unmanned merchandise store only at night.

In particular, in spaces such as marts, supermarkets, shopping centers, convenience stores, etc. where the products related to the present invention can be purchased, when a user selects a product and enters the checkout counter, the employee directly scans the barcode of the product with a reader. In this case, the amount of the product is settled by using a payment method (for example, credit card or cash) presented by the user.

For example, a vending machine operates as an unmanned system where a user can purchase a product without an employee by selecting a product and inserting a payment method and paying the product amount, but one person such as a mart, a supermarket, a shopping center, a convenience store, etc. In an environment where a user purchases a large amount of goods, there are various limitations to unmanned operation.

In addition, when operating an unmanned merchandise store, there is a need to establish a service system that can be automatically made before calculating the profits based on deductions of royalties. The mileage calculation for may be an important issue.

Therefore, when calculating the revenue, a service is required to process the royalties to be paid at the store and the mileage calculation to be given to the store in real time, and provide the final profit information to the manager who operates the store.

After all, in the present invention, after installing and providing an unmanned merchandise store bending machine unmanned merchandise store itself in order to improve the above problems, the sales information, mileage information, It calculates and provides royalty information and profit information to the manager (store owner), and automatically generates a delivery book for the shortage products generated by the sales and sends it to the product sharing company. And a method of operating and managing a bending machined unmanned merchandise store system that can check and manage the sales status in real time.

(Previous Document 1) Republic of Korea Patent Publication No. 10-2002-0036626 (Previous Document 2) Republic of Korea Patent Publication No. 10-2002-0062222

Therefore, the present invention is to solve the above conventional problems,

The first object of the present invention after installing and providing an unmanned merchandise store bending machine unmanned merchandise store itself, sales information, mileage information, loyalty information, proceeds information for goods sold through the unmanned merchandise store bending machine Calculate and provide to managers (store owners), and automatically generate a delivery note for the shortage products generated by the sales and send it to the product sharing company, so that the manager does not reside in the product store and the inventory status of the product and sales status are real-time. I want to be able to check and manage.

The second object of the present invention is not to install a plurality of bending machines inside an unmanned merchandise store, but to make the unmanned merchandise store itself bend a machine so that the product can be sold to customers unattended without a resident staff. do.

In order to solve the present invention, the operation and management method of the bending machined unmanned merchandise store system according to an embodiment of the present invention,

Unmanned retailer providing step (S100) to install and provide a bending machined unmanned retailer (5000),

A total sales calculation step (S200) for each store that calculates the total sales of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000, the unmanned store management server 1000 is bent,

The store-specific mileage calculation step (S300) for calculating the total mileage used for payment of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000 in which the unmanned store management server 1000 is bent,

Unmanned store management server 1000 calculates actual sales by store subtracting the total mileage calculated by store mileage calculation step (S300) from the total sales calculated by store total sales calculation step (S200). Step S400,

Store-based royalty calculation step (S500) that the unmanned store management server 1000 calculates the royalties for the actual sales calculated through the actual sales calculation step for each store (S400) with reference to the royalty calculation rate,

Unmanned store management server 1000 calculates the final profit amount by subtracting the royalties calculated through the store-specific royalty calculation step (S500) from the actual sales calculated through the actual sales calculation step (S400) for each store Step S600,

The unmanned retailer management server 1000 includes a profit information transmitting step (S700) of transmitting information on the calculated total sales, information on actual sales, information on royalties, and information on final revenue to the manager terminal 2000. do.

According to the operation and management method of the present invention bending machine unmanned merchandise store system,

After installing and providing an unmanned merchandise store that is a bending machine itself, the manager (store owner) calculates sales information, mileage information, loyalty information, and proceeds information about the goods sold through the unmanned merchandise store that has been bent. It provides real time to the customer and automatically generates a delivery note for the shortage product generated by the sales and sends it to the product sharing company. By doing so, it has the effect of obtaining objective data to monitor the problem of miscalculated daily, monthly and quarterly store profits.

In addition, the manager can check the inventory and sales status of the product in real time so that the store can be managed remotely, thereby providing convenience of management and providing multiple bending machined unmanned merchandise stores through the network function of the kiosk. It provides scalability to operate.

In addition, rather than installing a large number of bending machines inside an unmanned merchandise store, the unmanned merchandise store itself is a bending machine that enables customers to sell goods unattended without a resident employee, thereby making it unmanned for customers. Managers can save labor costs and save space compared to traditional unmanned merchandise stores because they can induce interest in merchandise stores to induce purchases and sell products to customers unattended without the resident staff. Therefore, the rent can also be saved.

In addition, by installing and configuring a camera and a fire detector in a bending machined unmanned store to prevent accidents such as theft and fire in advance, the unmanned merchandise store can be operated unmanned safely, thereby increasing the industrial availability.

1 is a system configuration for performing the operation and management method of the bending machined unmanned merchandise store system of the present invention.
2 is a block diagram of an unmanned retailer management server 1000 of a system for performing a method of operating and managing a bending machined unmanned merchandise retailer system of the present invention.
Figure 3 is a block diagram of the monitoring app 2100 of the manager terminal 2000 of the system for performing the operation and management method of the bending machined unmanned merchandise store system of the present invention.
Figure 4 is a flow chart of the operation and management of the bending machined unmanned merchandise store system of the present invention.
5 is a cross-sectional side view of a bending machined unmanned retailer 5000 that performs a method for operating and managing a bending machined unmanned merchandise retailer system according to a first embodiment of the present invention.
FIG. 6 is a block diagram of a bending machined unmanned retailer 5000 that performs a method of operating and managing a bending machined unmanned merchandise retailer system of the present invention.
7 is an enlarged view of a kiosk of a bending machined unmanned retailer 5000 performing a method of operating and managing a bending machined unmanned merchandise retailer system of the present invention.
8 is a side cross-sectional view of a bending machined unmanned retailer 5000 performing the operation and management method of the ding machined unmanned merchandise retailer system of the present invention.
FIG. 9 is a view illustrating an operation state of a first product transfer unit of a bending machined unmanned retailer 5000 that performs a method of operating and managing a bending machined unmanned merchandise retailer system of the present invention.
10 is a state of operation of the product thrust unit of the bending machined unmanned retailer 5000 performing the operation and management method of the bending machined unmanned merchandise retailer system of the present invention.
11 is a product movement state diagram of a bending machined unmanned retailer 5000 performing the operation and management method of the bending machined unmanned merchandise retailer system of the present invention.
12 is a view illustrating an operation state of a second product transfer unit of a bending machined unmanned retailer 5000 that performs a method of operating and managing a bending machined unmanned merchandise retailer system of the present invention.

The following merely illustrates the principles of the invention. Therefore, those skilled in the art, although not explicitly described or illustrated herein, can embody the principles of the present invention and invent various devices that fall within the spirit and scope of the present invention.

In addition, all conditional terms and embodiments listed herein are in principle clearly intended to be understood only for the purpose of understanding the concept of the invention and are not to be limited to the specifically listed embodiments and states. do.

In describing the present invention, terms such as first and second may be used to describe various components, but the components may not be limited by the terms.

For example, without departing from the scope of the present invention, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component.

When a component is referred to as being connected or connected to another component, it may be understood that the component may be directly connected to or connected to the other component, but there may be other components in between. .

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention.

Singular expressions may include plural expressions unless the context clearly indicates otherwise.

In this specification, the terms including or including are intended to designate that there exists a feature, a number, a step, an operation, a component, a part, or a combination thereof described in the specification, and one or more other features or numbers, It can be understood that it does not exclude in advance the possibility of the presence or addition of steps, actions, components, parts or combinations thereof.

In addition, the shape and size of the elements in the drawings may be exaggerated for more clear description.

Operation and management method of the bending machined unmanned merchandise store system according to an embodiment of the present invention,

Unmanned retailer providing step (S100) to install and provide a bending machined unmanned retailer (5000),

A total sales calculation step (S200) for each store that calculates the total sales of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000, the unmanned store management server 1000 is bent,

The store-specific mileage calculation step (S300) for calculating the total mileage used for payment of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000 in which the unmanned store management server 1000 is bent,

Unmanned store management server 1000 calculates actual sales by store subtracting the total mileage calculated by store mileage calculation step (S300) from the total sales calculated by store total sales calculation step (S200). Step S400,

Store-based royalty calculation step (S500) that the unmanned store management server 1000 calculates the royalties for the actual sales calculated through the actual sales calculation step for each store (S400) with reference to the royalty calculation rate,

Unmanned store management server 1000 calculates the final profit amount by subtracting the royalties calculated through the store-specific royalty calculation step (S500) from the actual sales calculated through the actual sales calculation step (S400) for each store Step S600,

The unmanned retailer management server 1000 includes a profit information transmitting step (S700) of transmitting information on the calculated total sales, information on actual sales, information on royalties, and information on final revenue to the manager terminal 2000. Characterized in that.

In addition, the operation and management method of the present invention bending machine unmanned merchandise store system,

Using the product stock information provided by the kiosk unit 200 installed in the bending machined unmanned store 5000, the unmanned store management server 1000 extracts the insufficient product information for each store, and based on the extracted insufficient product information It characterized in that it further comprises a product delivery request step (S800) for generating the delivery information of the goods to send to the product distribution terminal 3000.

In addition, the operation and management method of the present invention bending machine unmanned merchandise store system,

If there is an adult product among the products requested by the customer through the kiosk unit 200, the unmanned store management server 1000 generates an adult product purchase request message and transmits it to the administrator terminal 2000, and the unmanned store management server 1000 Acquires the acceptance information from the administrator terminal 2000, and when the obtained acceptance information is the acceptance information, the unmanned retail store management server 1000 allows the adult product to proceed with the payment for the adult product through the kiosk unit 200 It further comprises a product purchase acceptance request step (S150).

At this time, the monitoring device 2100 is mounted on the administrator terminal 2000,

The monitoring app 2100,

A sales information collection mode unit 2110 for obtaining payment product information, sales quantity information, inventory information, and sales statistics information from the unmanned retailer management server 1000 using network communication with the unmanned retailer management server 1000;

Revenue information collection for acquiring information on total sales, information on actual sales, information on royalties, and information on final revenue from the unmanned retailer management server 1000 using network communication. A mode unit 2120;

A commodity ordering mode unit 2130 for transmitting delivery information of the shortage product to the commodity distribution terminal 3000 using the commodity distribution terminal 3000 and network communication;

An adult product purchase request message collection mode unit 2140 which obtains an adult product purchase request message from the unmanned store management server 1000 using network communication with the unmanned store management server 1000;

Administrator for outputting the information obtained by the sales information collection mode unit 2110, profit information collection mode unit 2120, product order mode unit 2130, adult product purchase application message collection mode unit 2140 on the screen Characterized in that it comprises a usage information output unit 2150.

In addition, the manager information output unit 2150,

While outputting the adult product purchase application message obtained by the adult product purchase application message collection mode unit 2140, when acquiring the acceptance signal from the administrator to transmit the acceptance information to the unmanned store management server (1000) It is characterized by.

At this time, the bending machined unmanned retailer 5000 installed and provided through the unmanned retailer providing step (S100),

The first space 10, which is a space where the customer can make a purchase and purchase of goods, the second space 20, which is a space where the goods are displayed and the goods selected by the customer are transferred to the customer, and the imported goods are loaded. It is configured to have a third space 30 that is a space,

A door unit 100 for allowing a customer to enter and exit the first space 10 to purchase a product;

Located in the first space (10), and provides product information and payment for goods purchase, the control signal for goods transfer to the first product transfer unit 400 and the second product transfer unit 500 and the product display The kiosk unit 200 provided to the unit 600,

A product outlet 300 which is installed in the first space 10 and draws the product selected by the customer and the settlement is completed, to the customer;

The product installed in the second space 20, the product is selected by the customer according to the control signal of the kiosk 200, the product for transferring the payment is completed from the product display unit 600 to the second product transfer unit 500 1 product transfer unit 400,

The second product transfer unit 500 is installed in the second space 20 and transfers the goods transferred by the first product transfer unit 400 to the product outlet 300 in accordance with the control signal of the kiosk unit 200. )Wow,

Installed in the second space 20, the product is displayed so that the customer can visually confirm for the purchase and the product selected by the customer according to the control signal of the kiosk unit 200 to the first product transfer unit 400 Merchandise display unit 600 to be transferred,

A goods loading part 700 installed in the third space 30 and for loading the imported goods;

It is configured to include a moving passage 800 formed in the third space 30 so that the manager can move to load the goods into the goods loading unit 700 or to fill the goods display unit 600 is insufficient It is characterized by.

In addition, the kiosk unit 200 of the bending machined unmanned store 5000,

When the settlement of the product selected by the customer through the display unit 220 is completed, the first product transfer unit 400 and the second product transfer unit 500 provide control signals for the transfer of the corresponding product, and the customer The control unit 210 provides product information of the selected product to be purchased to the product display unit 600 and performs payment processing for the product selected by the customer using the payment method recognized through the payment method recognition unit 240. Wow;

Graphical User (GUI) using a touch screen to provide product information available for purchase to a customer, to select a product to be purchased by the customer, and to select a payment method for payment of the selected product. A display unit 220 for providing an interface;

A speaker 230 for outputting a guidement necessary for purchasing a product;

A payment means recognition unit 240 for recognizing the payment means provided by the customer;

Under the control of the control unit 210, the communication unit 250 for transmitting the payment information to the external payment financial institution; characterized in that it comprises a.

In addition, the first product transfer unit 400 of the bending machined unmanned retailer 5000,

Installed between the product display unit 600 and the second product transfer unit 500, when the plurality of product display unit 600 is formed, a plurality of product display unit 600 is formed so as to correspond to the number,

Each of the first product transfer unit 400 formed of a plurality,

In order to transfer the goods received from the goods display unit 600 and the goods transferred to the second product transporting unit 500, by the lifting means 420 ascended from the initial position and lowered again to the initial position, to the initial position When descending, the first conveyor belt 410 rotates in the direction of the second product transfer part 500,

Receiving a control signal from the kiosk unit 200 includes a lifting means 420 to raise the first conveyor belt 410 to the corresponding height of the merchandise display unit 600, and then to lower to the initial position,

A plurality of first conveyor belts 410 of the first product transfer unit 400 is characterized in that all are controlled to rise at the same time or individually to receive the goods from the product display unit 600.

On the other hand, the bending machined unmanned store 5000,

It is configured to further include a management and monitoring unit 900 for monitoring theft or fire, abnormal situation,

The management and monitoring unit 900,

A camera unit 910 including a first space camera 911 installed in a first space, a second space camera 912 installed in a second space, and a third space camera 913 installed in a third space; ;

A fire detector comprising a first space fire detector 921 installed in a first space, a second space fire detector 922 installed in a second space, and a third space fire detector 923 installed in a third space. 920; characterized in that comprises a.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the method of operation and management of the present invention bending machine unmanned merchandise store system.

1 is a system configuration diagram for performing the operation and management method of the bending machined unmanned merchandise store system of the present invention.

As shown in Figure 1, the system for performing the operation and management method of the bending machined unmanned merchandise store system of the present invention, the manager terminal 2000, the unmanned store management server 1000, the monitoring app 2100, Product distribution terminal 3000, the bending machineized unmanned retailer (5000) will be included.

Specifically, after installing and providing a bending machined unmanned store 5000 through the unmanned store providing step (S100), the unmanned store management server 1000 is installed in the bending machined unmanned store 5000 The total mileage used to calculate the total sales for the products paid through the kiosk 200 (S200), the payment of the goods paid through the kiosk 200 installed in the bending machineized unmanned retailer (5000) To calculate (S300).

In addition, the unmanned store management server 1000 calculates the actual sales by subtracting the total mileage calculated through the store mileage calculation step (S300) from the total sales calculated through the store total sales calculation step (S200). )

In addition, the unmanned retailer management server 1000 calculates royalties for the actual sales calculated through the actual sales calculation step (S400) for each store by referring to the royalty rate.

In addition, after calculating the final profit by subtracting the royalties calculated through the store royalty calculation step (S500) from the actual sales calculated through the actual sales calculation step (S400) for each store (S600), Information on the actual sales, information on the royalties, information on the final profits and transmits to the manager terminal (2000) (S700).

Thereafter, the manager terminal 2000 outputs the information on the total sales, the information on the actual sales, the information on the royalties, and the information on the final profits transmitted by the unmanned retailer management server 1000 to the screen in real time. You can check the revenue information, and you can also check the earnings information daily, monthly, quarterly, yearly.

Further, the unmanned retailer management server 1000 extracts the insufficient product information for each store by the unmanned retailer management server 1000 by using the product stock information provided by the kiosk unit 200 installed in the bending machineized unmanned retailer 5000. Then, the delivery information of the corresponding product is generated based on the extracted shortage product information and transmitted to the product distribution terminal 3000 in real time.

Therefore, by automatically ordering the shortage goods to the product distributor, it is possible to solve the inconvenience that the manager grasps the inventory status every day to order.

In other words, the automatic order linkage service is available to the product distributors, so that the manager does not need to perform a separate inventory survey, thereby maximizing the efficiency of operating the unmanned product store.

In addition, the unmanned retailer management server 1000 generates an adult product purchase request message and transmits it to the manager terminal 2000 when there is an adult product among products requested by the customer through the kiosk unit 200. ( S150)

For example, in the case of alcohol or tobacco, minors are not available for purchase, so in order to perform filtering on customers who have purchased adult goods, an adult product purchase request message is generated and sent to the manager terminal, and sales are accepted from the manager terminal. When the acceptance information is obtained that the payment for the adult product through the kiosk (200) proceeds (S150).

2 is a block diagram of an unmanned retailer management server 1000 that performs a method of operating and managing a bending machined unmanned merchandise retailer system according to a first embodiment of the present invention.

As shown in FIG. 2, the unmanned retailer management server 1000 may include a profit settlement calculation information DB 1100, a thermal tyranny government 1200 for each store, a mileage settlement government for each store 1300, and a profit margin government for each store 1400. ), A profit information processing unit 1500, a delivery product request unit 1600, and adult merchandise purchase request unit 1700.

The revenue calculation calculation information DB 1100 stores royalty calculation rate information for each store. That is, a unique identification ID is given to each store, and the royalty rate information for each store is a royalty rate matched for each store according to a contract.

For example, the royalty calculation rate information for each store may be royalty rate 10% for store A, royalty rate 8% for store B, and royalty rate 12% for store C.

The store-specific royalty calculation unit 1200 calculates royalties for the actual sales calculated by the store-based sales calculation unit 1300 by referring to the royalty calculation rate stored in the profit amount calculation information DB 1100.

The royalty refers to the cost of installing, providing, and managing a bending machined dealership 5000, which may mean a price paid to the head office providing the service of the present invention.

In addition, the store-by-store sales government 1300 calculates the total sales for the products paid through the kiosk unit 200 installed in the bending machineized unmanned retailer 5000, and the products paid through the kiosk unit 200. The total mileage used by the customer at the time of payment is calculated, and the actual sales are calculated by subtracting the total mileage calculated from the calculated total sales. The calculated actual sales are used for the royalty calculation described above.

The total mileage refers to the total mileage used by the customer when paying for the goods paid through the kiosk unit 200. The customer uses the mileage provided to the customer even though the customer uses cash or a card at the time of payment. Actual sales, which are the basis for royalty calculation, are the total sales minus the total mileage.

At this time, the store-specific revenue-based government 1400 calculates the final profit by subtracting royalties calculated by the store-based royalty-based government 1200 from the actual sales calculated by the store-based sales and mountain government 1300.

For example, if the actual sales calculated to date according to the merchandise sales is 100 million and the calculated royalties are 10 million won, the revenue-specific government 1400 will calculate 60 million won as the final profit to date.

In this case, the profit information processing unit 1500 is to transmit the calculated final profit for each store to the manager terminal 2000. In addition, not only final revenue information, but also information on total sales, information on actual sales, and information on royalties may be transmitted at the same time.

On the other hand, according to an additional aspect, the unmanned retailer management server 1000 of the present invention by using the product inventory information provided by the kiosk unit 200 installed in the bending machined unmanned retailer (5000) by the lack of product information for each store It may be configured to further include a delivery product request unit 1600 for generating the delivery information of the corresponding product based on the extracted lack product information and transmits to the product distribution terminal 3000.

For example, if it is determined that the current inventory is less than the set value (for example, less than 50) for a product through the product stock information provided by the kiosk unit 200, the delivery information of the product is generated by generating the delivery information of the a product. 3000) will automatically order the shortage goods.

Therefore, the automatic order linkage service to the distributors for the shortages of the merchandise is enabled, and the manager can identify the inventory status and solve the inconvenience of ordering the merchandise, thereby maximizing the efficiency of the operation of the unmanned merchandise store. It will provide a possible effect.

On the other hand, according to another additional aspect, the unmanned retailer management server 1000 of the present invention is the unmanned retailer management server 1000, if the customer has an adult product among the products requested by the customer through the kiosk 200, the application for purchasing the adult product. Produces a message and transmits it to the administrator terminal 2000, obtains the acceptance information from the administrator terminal 2000, and proceeds to pay for the adult product through the kiosk 200 when the obtained acceptance information is acceptance information It can be configured to further include an adult product purchase acceptance request unit 1700 to be.

For example, when the payment request product is a cigarette, an adult product purchase request message is generated. For this purpose, the kiosk unit further includes a camera unit for photographing a face and an ID card scan unit for reading an ID card.

At this time, the adult product purchase request message is matched with the cigarette identification information, facial photographing image information, identification card scan image information. Thereafter, the generated adult product purchase request message is transmitted to an administrator terminal. After that, after the administrator confirms the information, if the tobacco sale is accepted, payment of tobacco, an adult product, is made. It is obvious that the payment means is installed in the kiosk unit.

Therefore, if a certain product among adult products to be purchased through the kiosk is an adult product, the manager can provide the relevant information in real time to determine whether to sell according to acceptance, thereby preventing the worst case of the suspension. It is effective.

3 is a block diagram of the monitoring app 2100 of the manager terminal 2000 to perform the operation and management method of the bending machined unmanned merchandise store system of the present invention.

As shown in FIG. 3, the manager terminal 2000 includes a monitoring app 2100, and the monitoring app 2100 includes a sales information collection mode unit 2110, a revenue information collection mode unit 2120, and an order for product. And a mode unit 2130, an adult product purchase request message collection mode unit 2140, and an administrator information output unit 2150.

The sales information collection mode unit 2110 is a function for acquiring payment goods, sales quantity information, inventory information, sales statistics information provided from the unmanned retailer management server 1000 using network communication with the unmanned retailer management server 1000. Will be performed.

In other words, it provides information on the products and sales quantity currently paid by the customer, and simultaneously provides inventory information excluding the sold quantity.

In addition, in the case of sales statistics information, if the administrator is set by the day, to obtain sales statistics information by date.

The revenue information collection mode unit 2120 is the information about the total sales, information on the actual sales, information on the royalties, the final revenue from the unmanned retailer management server 1000 using a network communication with the unmanned retailer management server 1000 Obtain information about.

The product ordering mode unit 2130 performs a function of transmitting delivery information of the shortage product to the product distributor terminal 3000 using the product distributor terminal 3000 and network communication.

The adult product purchase application message collection mode unit 2140 performs a function for obtaining an adult product purchase application message provided from the unmanned store management server 1000 by using a network communication with the unmanned store management server 1000.

For example, to obtain the adult product purchase application message matching the cigarette identification information, facial photographing image information, identification card scan image information from the unmanned retailer management server 1000.

The manager information output unit 2150 is provided by the sales information collection mode unit 2110, the revenue information collection mode unit 2120, the product order mode unit 2130, and the adult product purchase application message collection mode unit 2140. The acquired information is displayed on the screen.

Therefore, the manager can check the current sales status, revenue status, product ordering status, adult product purchase request message, etc. based on the information displayed on the screen.

On the other hand, according to another additional aspect the manager information output unit 2150,

While outputting the adult product purchase application message obtained by the adult product purchase application message collection mode unit 2140, when acquiring the acceptance signal from the administrator to transmit the acceptance information to the unmanned store management server (1000) It is characterized by.

For example, if there is a mismatch between the face image on the current screen and the face image on the ID card, when the administrator selects the non-acceptable sale of the product, the unattended store management server generates unacceptable information about the corresponding product. 1000), and if the match is reversed, if the user selects the acceptance of the corresponding merchandise sale, the acceptance information is generated and provided to the unmanned retailer management server 1000.

Meanwhile, according to another additional aspect, the adult product purchase application message collection mode unit 2140 may further include a facial congruity analysis module for analyzing the match between the facial image photographed through a camera and the facial image on the identification card. Can be.

When configured as described above, when the degree of match is 90% or more, the manager may provide information that matches the manager so that the manager can refer to it visually.

4 is a flowchart illustrating a method of operating and managing a bending machined unmanned merchandise store system according to a first embodiment of the present invention.

As shown in FIG. 4, the present invention provides a method of operating and managing a bending machined unmanned merchandise store system in an unmanned retailer providing step (S100), a total sales calculation step for each store (S200), a total mileage calculation step for each store (S300), It includes the actual sales calculation step by store (S400), the royalty calculation step by store (S500), the profit calculation step (S600) for each store, the profit information transmission step (S700).

Specifically, the unmanned retailer providing step (S100) is a step of installing and providing a bending machined unmanned retailer (5000).

That is, the unmanned retailer is installed and configured, and the detailed configuration and operation of the bending machined unmanned retailer 5000 that is provided and installed will be described later.

 The total sales calculation step for each store (S200) after installing and providing a bending machined unmanned retailer (5000) through the unmanned retailer providing step (S100), the unmanned retailer that the unmanned retailer management server 1000 is bending machine ( This is a step for calculating the total sales for the products paid through the kiosk unit 200 installed in the 5000.

The store-specific mileage calculation step (S300) is a process for calculating the total mileage used for payment of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000 is a bending machine machined unmanned store (5000). to be.

In the actual sales calculation step for each store (S400), the unmanned store management server 1000 subtracts the total mileage calculated through the store mileage calculation step (S300) from the total sales calculated through the store sales calculation step (S200). It is the step of calculating the actual sales.

The store-specific royalty calculation step (S500) is a step of calculating royalties for the actual sales calculated through the actual sales calculation step for each store (S400) with reference to the royalty rate calculated by the unmanned store management server (1000).

In the store revenue calculation step (S600), the unmanned store management server 1000 deducts the royalties calculated through the store royalty calculation step (S500) from the actual sales calculated through the actual sales calculation step (S400) for each store. To calculate the final proceeds.

The profit information transmission step (S700) is the unmanned store management server 1000 transmits the calculated information on the total sales, information on the actual sales, information on royalties, information on the final proceeds to the manager terminal 2000 Step.

Thereafter, the manager terminal 2000 outputs the information on the total sales, the information on the actual sales, the information on the royalties, and the information on the final profits transmitted by the unmanned retailer management server 1000 to the screen in real time. You can check the revenue information, and you can also check the earnings information daily, monthly, quarterly, yearly.

In addition, the present invention further includes a product delivery request step (S800), the product delivery request step (S800) using the product inventory information provided by the kiosk unit 200 installed in the bending machined unmanned retailer (5000) The unmanned retailer management server 1000 extracts the insufficient product information for each store, generates the delivery information of the corresponding product based on the extracted insufficient product information, and transmits the information to the product distribution terminal 3000.

Therefore, by automatically ordering the shortage goods to the product distributor, it is possible to solve the inconvenience that the manager grasps the inventory status every day to order.

In other words, the automatic order linkage service is available to the product distributors, so that the manager does not need to perform a separate inventory survey, thereby maximizing the efficiency of operating the unmanned product store.

In addition, the present invention further includes an adult product purchase acceptance request step (S150), wherein the adult product purchase acceptance request step (S150) is an unmanned retailer when an adult product exists among products requested by the customer through the kiosk unit 200. The management server 1000 generates an adult product purchase request message and transmits it to the administrator terminal 2000, and the unmanned retailer management server 1000 obtains the acceptance information from the administrator terminal 2000, and the obtained acceptance information is At the acceptance information, the unmanned retailer management server 1000 performs the payment for the adult product through the kiosk unit 200.

For example, in the case of alcohol or tobacco, minors are not available for purchase, so in order to perform filtering on customers who have purchased adult goods, an adult product purchase request message is generated and sent to the manager terminal, and sales are accepted from the manager terminal. When the acceptance information is obtained that the payment for the adult product through the kiosk unit 200 to proceed.

In more detail, when the payment request product is a cigarette or alcohol, an adult product purchase request message is generated. The identification information of the cigarette or alcohol is matched to the face photographing image information obtained through the kiosk unit and the ID scan image information. After creating an adult product purchase request message, and transmits to the manager terminal 2000 to request whether to accept.

Next will be described in detail with reference to FIGS. 5 to 12 with respect to the bending machined unmanned dealer 5000 installed and provided through the unmanned dealer providing step (S100) of the present invention.

Specifically, as illustrated in FIGS. 5 to 12, the bending machined unmanned retailer 5000 of the present invention installed and provided through the unmanned retailer providing step (S100),

A first space 10, which is a space where a customer can make a purchase, and

A second space 20 which is a space where goods are displayed and goods selected and purchased by the customer are transferred to the customer;

Is configured to have a third space (30) that is a space to be imported goods,

A door unit 100 for allowing a customer to enter and exit the first space 10 to purchase a product;

Located in the first space (10), and provides product information and payment for goods purchase, the control signal for goods transfer to the first product transfer unit 400 and the second product transfer unit 500 and the product display The kiosk unit 200 provided to the unit 600,

A product outlet 300 which is installed in the first space 10 and draws the product selected by the customer and the settlement is completed, to the customer;

The product installed in the second space 20, the product is selected by the customer according to the control signal of the kiosk 200, the product for transferring the payment is completed from the product display unit 600 to the second product transfer unit 500 1 product transfer unit 400,

The second product transfer unit 500 is installed in the second space 20 and transfers the goods transferred by the first product transfer unit 400 to the product outlet 300 in accordance with the control signal of the kiosk unit 200. )Wow,

Installed in the second space 20, the product is displayed so that the customer can visually confirm for the purchase and the product selected by the customer according to the control signal of the kiosk unit 200 to the first product transfer unit 400 Merchandise display unit 600 to be transferred,

A goods loading part 700 installed in the third space 30 and for loading the imported goods;

It is configured to include a moving passage 800 formed in the third space 30 so that the manager can move to load the goods into the goods loading unit 700 or to fill the goods display unit 600 is insufficient It is characterized by.

That is, the bending machined unmanned retailer 5000 has a first space 10, which is a space where a customer can purchase a product, and a second space, where a product is displayed and a product selected by the customer is transferred to the customer. (20), configured to have a third space 30 into which the imported goods are loaded, the door part 100, the kiosk part 200, the product outlet 300, the first product transfer part 400, the second product Consists of the transfer unit 500, the product display unit 600, the product loading unit 700, the movement path (800).

5 to 6, the bending machined unmanned retailer 5000 is largely configured to have a first space 10, a second space 20, and a third space 30.

The first space 10 is a space that allows a customer to purchase a product, and the door part 100, the kiosk part 200, and the product outlet 300 are respectively formed.

In addition, the first space 10 is provided with general unmanned merchandise store additional facilities such as a water purifier, a microwave oven, a trash can, a table to help the customer use the unmanned merchandise store.

The second space 20 is a space in which the goods are displayed and the goods selected and purchased by the customer are transferred to the customer. The first product transfer part 400, the second product transfer part 500, and the product display part 600 are provided. Are each formed.

The third space 30 is a manager so that the manager can re-display the goods shortage due to the sale in the product display unit 600 formed in the second space 20 or load the imported goods to the product loading unit 700 In and out of the space, the goods loading unit 700, the movement passage 800 is formed respectively.

Therefore, the bending machined unmanned retailer 5000 of the present invention is a customer entering the first space 10 through the door 100 is displayed in the product display unit 600 of the second space 20 When the product is visually checked and the desired product is selected through the kiosk unit 200 and the purchase payment is made, among the products displayed in the product display unit 600 of the second space 20, the product selected by the customer is purchased. By the operation of the first product transfer unit 400 and the second product transfer unit 500 is transferred to the product outlet 300 of the first space 10 is delivered to the customer.

At this time, the first space 10 is made of glass material between the first space 10 and the second space 20, as shown in FIG. The first blocking wall 40 is formed to block and partition the first space 10 and the second space 20.

In addition, the first barrier wall 40 made of the glass material disposed between the first space 10 and the second space 20 may block the first space 10 and the second space 20, but the first space may be blocked. Not only enables the customer in the space 10 to visually check the goods displayed in the product display unit 600 of the second space 20, but also checks the process in which the goods selected and paid by the customer are transferred and withdrawn. To be able.

Referring to FIG. 5, the door unit 100 is a door used to allow a customer to enter and exit the first space 10 to purchase a product.

In this case, a second entrance door 110 is further formed between the first space 10 and the third space 30, and the second entrance door 110 loads the imported goods into the product loading part 700, or The door may allow the manager to move from the first space 10 to the third space 30 so that the stacked goods are displayed on the product display unit 600.

Therefore, the second access door 110 is installed with a locking device 111 to prevent anyone other than the administrator from entering.

In addition, although not shown in FIG. 5, when the third space 30 and the second space 20 are physically divided by the barrier wall, the third space 30 is loaded in the product loading part 700 of the third space 30. In order to display the displayed product in the product display unit 600 of the second space 20, an entrance door for allowing an administrator to enter and exit the third space 30 from the third space 30 may be installed.

On the other hand, as shown in Figure 7, the kiosk unit 200 is located in the first space 10, and is configured to control the provision of product information for the purchase of goods, payment of the selected product and transfer of the selected product, As a kind of unmanned terminal facing when a customer enters the first space 10 in order to use the bending machined unmanned retailer 5000 of the present invention, the customer may select selectable product information visually provided by the kiosk unit 200. To select the product to be purchased and proceed with the payment.

When the payment is completed, the product selected by the customer among the products displayed in the product display unit 600 of the second space 20 is used to operate the first product transfer unit 400 and the second product transfer unit 500. It is transferred to the product outlet 300 of the first space 10, the customer just to receive the purchased goods.

In order to provide the above process, the kiosk unit 200,

When the settlement of the product selected by the customer through the display unit 220 is completed, the first product transfer unit 400 and the second product transfer unit 500 provide control signals for the transfer of the corresponding product, and the customer The control unit 210 provides product information of the selected product to be purchased to the product display unit 600 and performs payment processing for the product selected by the customer using the payment method recognized through the payment method recognition unit 240. Wow;

Graphical User (GUI) using a touch screen to provide product information available for purchase to a customer, to select a product to be purchased by the customer, and to select a payment method for payment of the selected product. A display unit 220 for providing an interface;

A speaker 230 for outputting a guidement necessary for purchasing a product;

A payment means recognition unit 240 for recognizing the payment means provided by the customer;

Under the control of the control unit 210, the communication unit 250 for transmitting the payment information to the external payment financial institution; characterized in that it comprises a.

In detail, the control unit 210 controls to transfer the goods so that the corresponding goods are transferred from the product display unit 600 to the customer when the payment of the product selected by the customer through the display unit 220 is completed. Providing a signal to the first product transfer unit 400 and the second product transfer unit 500, provides the product information of the product selected by the customer to the product display unit 600, payment means recognition unit 240 It is responsible for the payment processing for the product selected by the customer using the payment method recognized through.

That is, when a customer selects a product to purchase from the product information displayed on the display unit 220 which is a screen configured in the kiosk unit 200 by the touch method and completes payment, the product information of the product which has been paid is displayed in the product display unit Provided to (600), the first product transfer unit 400 and the second product transfer unit 500 by providing a control signal to be transferred to the product outlet outlet 300, the payment is completed, the customer selects the purchase and payment The finished product is controlled to be transferred from the product display unit 600 to the customer.

More specifically, since the product information provided to the product display unit 600 by the controller 210 includes the display position information of the product selected by the customer, the product received the product information from the controller 210. The display unit 600 transfers the corresponding product selected by the customer to the first product transfer unit 400, which will be described later, among the products displayed on the display using the display position information.

In addition, the control signal provided by the controller 210 to the first product transfer unit 400 is a signal for rotating the first conveyor belt 410 of the first product transfer unit 400 to be described later and the product selected by the customer The lifting means 420 includes a signal for raising the first conveyor belt 410 to the displayed height.

In addition, the control signal provided by the control unit 210 to the second product transfer unit 500 is characterized in that the signal for rotating the second conveyor belt 510 of the second product transfer unit 500 to be described later.

 In addition, the control unit 210 performs payment processing for the product selected by the customer using the payment means recognized through the payment means recognition unit 240.

The payment means recognized through the payment means recognition unit 240 may include, for example, cash, credit card, mobile money (smart money) and the like.

In particular, in the case of a payment method such as a credit card or mobile payment, payment information is transmitted to a corresponding payment financial institution through a corresponding communication unit to perform a payment processing.

The display unit 220 provides the customer with product information that can be purchased at the unmanned retailer 5000 that is currently bending machine, allows the customer to select a product to be purchased, and pays the selected product. A touch screen type GUI (Graphic User Interface) for selecting a payment method can be provided.

That is, the customer selects at least one product by touching the interface screen displayed on the display unit 220, and then selects a payment method for payment of the selected product, unlike the vending machine type of the existing vending machine. After selecting a product, payment is completed in one step to help customers use the unmanned merchandise store and increase the sales.

In addition, the speaker 230 audibly assists in the use of the kiosk unit 200 by outputting a guidement necessary to purchase a product so that a customer may use the unmanned retailer 5000 that is self-bending.

Therefore, the first-time customer can conveniently use the bending machined unmanned store 5000 of the present invention through visual and audio information transmitted from the display unit 220 and the speaker 230, respectively.

The payment means recognition unit 240 is configured to recognize the payment means provided by the customer, the payment means provided by the customer for payment for the product purchase may be cash, credit card, mobile money, etc., payment means recognition The unit 240 recognizes this.

Using the payment means recognized by the payment means recognition unit 240, the control unit 210 performs a payment process for the product selected by the customer.

The communication unit 250 transmits the payment information to the external payment financial institution under the control of the control unit 210, or the product sales information, the product to the remote management server or the administrator's smartphone under the control of the control unit 210 Communication means for transmitting various information such as inventory information or receive periodic update information from the management server.

Therefore, not only the performance of the kiosk 200 can be continuously improved through the communication unit 250, but also the merchandise sales information of the bending machined unmanned retailer 5000 of the present invention in real time on a smartphone of an administrator. The manager can grasp the inventory information so that the manager can perform the remote management and remote operation of the bending machined unmanned retailer 5000 of the present invention at a remote location.

In addition, the kiosk unit 200 may further include a branch issuing unit 260, the branch issuing unit 260 is a constituent means for outputting a receipt for the settlement.

Meanwhile, referring to FIG. 8, the product outlet 300 is an outlet for installing the product, which is installed in the first space 10, through which the payment is completed through the kiosk unit 200.

As shown in FIG. 8, the product outlet 300 is formed at a position directly contacting the end of the second product transfer part 500 formed in the second space 20, and includes a product table 310.

Therefore, when the customer selects the product using the kiosk unit 200 and completes the payment, among the products displayed in the product display unit 600 of the second space 20, the product selected by the customer is the first product. By the operation of the sending unit 400 and the second product transfer unit 500 is transferred to the product outlet port 300 of the first space (10).

At this time, by the operation of the second product transfer unit 500, the goods approach the product outlet 300, the product is discharged to the product table 310 through the product outlet 300 and the customer receives the discharged goods do.

The first product transfer unit 400 is installed in the second space 20, it is installed between the product display unit 600 and the second product transfer unit 500, the customer purchases the product selected by the payment is completed The display unit 600 is configured to move the second product transfer unit 500.

To this end, the first product transfer unit 400 is shown in Figure 9,

After receiving the goods from the goods display unit 600, in order to transfer the conveyed goods to the second product conveying unit 500, by the lifting means 420, ascending from the initial position, and lowered again to the initial position, the initial A first conveyor belt 410 rotating in the direction of the second product transfer part 500 when descending to a position;

And a lifting means 420 for raising the first conveyor belt 410 to a corresponding height of the merchandise display unit 600 when receiving the control signal from the kiosk unit 200 and then lowering it to an initial position. do.

Specifically, the first conveyor belt 410 is usually in an orbital manner at an initial position (a position where the upper portion of the first conveyor belt 410 is at the same height as the upper portion of the second conveyor belt 510). After being rotated up to the corresponding height (the height at which the product selected by the customer is displayed) of the product display unit 600 by the lifting means 420, the product is transferred from the product display unit 600. After that, it descends back to the initial position.

After descending, the goods received by rotating in the direction of the second product transporter 500 are moved to the second product transporter 500.

The lifting means 420 raises the first conveyor belt 410 to the corresponding height of the merchandise display unit 600 when the control signal is received from the kiosk unit 200 and then lowers it to the initial position.

At this time, the control signal received from the kiosk unit 200 is a signal for rotating the first conveyor belt 410 and the lifting means 420 is the lifting means 420 to the height to display the product selected by the customer to display the first conveyor belt 410 Characterized in that the signal to be raised.

In particular, when the plurality of product display units 600 are formed, the first product transfer unit 400 is formed in a number corresponding to the number of the product display units 600, and the plurality of first product transfer units 400 are formed. The first conveyor belt 410 of the) is characterized in that all are controlled to rise at the same time or individually to receive the goods from the product display unit 600.

6, 8, and 12, the second product transporter 500 is installed in the second space 20, and the product transporter is moved out of the goods moved by the first product transporter 400. As a conveying means for conveying up to 300, it comprises a second conveyor belt 510 and a driving device 520.

As shown in FIG. 12, the driving device 520 generates a driving force when the control signal is received from the kiosk unit 200, and the second conveyor belt 510 of the crawler type is driven by the driving force of the driving device 520. By rotating the goods conveyed by the first product conveying unit 400 is conveyed to the product outlet 300. The transferred goods are discharged to the goods table 310 through the product outlet 300 and the customer receives the discharged goods.

6 and 8, the merchandise display unit 600 is installed in the second space 20, and displays the merchandise so that the merchandise can be visually checked by the customer for purchase.

In detail, the merchandise display unit 600 may be configured in plural, and as shown in FIG. 8, the merchandise display unit 600 may be formed in a multi-layer structure.

In addition, a plurality of merchandise display lines are formed in each layer of the merchandise display unit 600 having a multi-layered structure in order to display merchandise in a line form. The product thrust unit 630 is formed to move to the product transfer unit 400, the product thrust unit 630 formed for each product display line is selected by the customer according to the product information provided by the kiosk unit 200 The first product transfer unit 400 is moved.

Referring to Figure 10 will be described a process in which the customer selected from the goods displayed on the product display line and the payment is completed product is moved from the product display unit 600 to the first product transfer unit 400.

When the settlement of the product selected by the customer is completed, the kiosk unit 200 (specifically, the control unit 210 of the kiosk unit) provides the product display unit 600 with product information of the product selected by the customer to purchase.

The product information provided by the kiosk unit 200 (specifically, the control unit 210 of the kiosk unit) to the product display unit 600 includes the display position information of the product selected by the customer. The display unit 600 transfers the corresponding product selected by the customer to the first product transfer unit 400 using the product thruster 630 among the products displayed by using the display position information.

That is, as shown in FIG. 10, the goods displayed on the product display line corresponding to the provided display position information (products paid by the customer) are arranged in a line form, and the product thruster installed in the corresponding product display line. 630 pushes the goods arranged in a line form, thereby moving the product in front of the first conveyor belt 410 of the first product transfer unit 400.

10 illustrates an example in which the product thrust unit 630 pushes and moves the product in a thrust manner, but the present invention is not limited thereto, and the first conveyor belt 410 of the first product transfer unit 400 is illustrated. It may include any means for moving up.

For example, spiral spring method (when goods are placed between the spiral springs and the spring rotates, the frontmost goods are moved on the first conveyor belt 410 of the first goods transfer part 400). Way).

In addition, as illustrated in FIG. 8, the product display unit 600 may include a first display unit 610 for displaying a product that does not require refrigeration or freezing, and a second display unit for displaying a product requiring refrigeration or freezing ( It is configured to include a 620, in particular, the second display unit 620 is characterized in that the cold air supply means for supplying cold air to the goods that need to be displayed refrigeration or freezing is formed.

As described above, as shown in FIG. 11, the customer's payment is transferred from the product display unit 600 to the first product transfer unit 400 by the product thrust unit 630, and the first product. The first conveyor belt 410 of the transfer unit 400 is transferred to the second product transfer unit 500, and finally, as shown in Figure 12, the second conveyor belt 510 of the second product transfer unit 500 It is characterized by being conveyed to the product outlet 300 by being delivered to the customer.

5 and 8, the product loading unit 700 of the present invention is installed in the third space (30) is a configuration for loading the goods carried in the manager.

In general, foods that are handled at unmanned merchandise stores do not have a lot of inventory due to their short shelf life, while cans, PET bottles, and products have a long shelf life, which requires a certain amount of inventory to be loaded in advance. Commodity loading section 700.

5 and 8, the movement passage 800 loads the imported goods into the goods loading part 700 or the third space so that the manager can move to fill the goods display part 600 which is insufficient. It is a passage formed in 30.

Meanwhile, referring to FIGS. 5, 6, and 8, the bending machined unmanned retailer 5000 of the present invention may prevent accidents such as theft, fire, abnormal conditions, or to check the management status of the unmanned merchandise retailer. It further comprises a management and monitoring unit 900 for.

Here, the management and monitoring unit 900 is configured to include a camera unit 910, a fire detector 920.

In this case, the camera unit 910 includes a first space camera 911 installed in a first space, a second space camera 912 installed in a second space, and a third space camera 913 installed in a third space. The fire detector 920 also includes a first space fire detector 921 installed in the first space, a second space fire detector 922 installed in the second space, and a third space installed in the third space. The fire detector 923 is configured to monitor the conditions of the first space 10, the second space 20, and the third space 30, respectively.

In particular, the plurality of cameras 910 and fire detectors 920 are separately provided for each space, and the plurality of cameras 910 and the fire detector 920 are installed in one case. In this case, since the spaces are enclosed spaces, a plurality of fire detectors are installed to quickly detect fires.

In addition, the manager is provided with the image information photographed by the camera unit 910 to be able to grasp the internal state of the bending machined unmanned retailer 5000 of the present invention in real time from a remote place to take action.

Therefore, the bending machined unmanned retailer 5000 of the present invention can prevent accidents such as theft and fire through the camera unit 910 and the fire detector 920, and monitor the situation inside the unmanned merchandise store. Unmanned merchandise stores can be operated unmanned safely, increasing the industrial availability.

Although the above has been illustrated and described with respect to the preferred embodiments of the present invention, the present invention is not limited to the specific embodiments described above, it is usually in the technical field to which the invention belongs without departing from the spirit of the invention claimed in the claims. Various modifications can be made by those skilled in the art, and these modifications should not be individually understood from the technical spirit or prospect of the present invention.

1000: Unmanned Store Management Server
2000: Administrator Terminal
3000: Product Distribution Terminal

Claims (9)

In the operation and management method of a bending machined unmanned merchandise store system,
Unmanned retailer providing step (S100) to install and provide a bending machined unmanned retailer (5000),
A total sales calculation step (S200) for each store that calculates the total sales of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000, the unmanned store management server 1000 is bent,
The store-specific mileage calculation step (S300) for calculating the total mileage used for payment of goods paid through the kiosk unit 200 installed in the unmanned store management server 1000, the unmanned store management server 1000 is bent,
Unmanned store management server 1000 calculates actual sales by store subtracting the total mileage calculated by store mileage calculation step (S300) from the total sales calculated by store total sales calculation step (S200). Step S400,
Store-based royalty calculation step (S500) that the unmanned store management server 1000 calculates the royalties for the actual sales calculated through the actual sales calculation step for each store (S400) with reference to the royalty calculation rate,
Unmanned store management server 1000 calculates the final profit amount by subtracting the royalties calculated through the store-specific royalty calculation step (S500) from the actual sales calculated through the actual sales calculation step (S400) for each store Step S600,
The unmanned retailer management server 1000 includes a profit information transmitting step (S700) of transmitting information on the calculated total sales, information on actual sales, information on royalties, and information on final revenue to the manager terminal 2000. and,

The bending machined unmanned retailer 5000 installed and provided through the unmanned retailer providing step (S100),
The first space 10, which is a space where the customer can make a purchase and purchase of goods, the second space 20, which is a space where the goods are displayed and the goods selected by the customer are transferred to the customer, and the imported goods are loaded. It is configured to have a third space 30 that is a space,
A door unit 100 for allowing a customer to enter and exit the first space 10 to purchase a product;
Located in the first space (10), and provides product information and payment for goods purchase, the control signal for goods transfer to the first product transfer unit 400 and the second product transfer unit 500 and the product display The kiosk unit 200 provided to the unit 600,
A product outlet (300) installed in the first space (10) for drawing a product selected by the customer and having completed payment to the customer;
The product installed in the second space 20, the product is selected by the customer according to the control signal of the kiosk 200, the product for transferring the payment is completed from the product display unit 600 to the second product transfer unit 500 1 product transfer unit 400,
The second product transfer unit 500 is installed in the second space 20 and transfers the goods transferred by the first product transfer unit 400 to the product outlet 300 in accordance with the control signal of the kiosk unit 200. )Wow,
Installed in the second space 20, the product is displayed so that the customer can visually confirm for the purchase and the product selected by the customer according to the control signal of the kiosk unit 200 to the first product transfer unit 400 Merchandise display unit 600 to be transferred,
A goods loading part 700 installed in the third space 30 and for loading the imported goods;
It is configured to include a moving passage 800 formed in the third space 30 so that the manager can move to load the goods into the goods loading unit 700 or to fill the goods display unit 600 is insufficient. ,

The first product transfer unit 400,
Installed between the product display unit 600 and the second product transfer unit 500, when the plurality of product display unit 600 is formed, a plurality of product display unit 600 is formed so as to correspond to the number,
Each of the first product transfer unit 400 formed of a plurality,
In order to transfer the goods received from the goods display unit 600 and the goods transferred to the second product transporting unit 500, by the lifting means 420 ascended from the initial position and lowered again to the initial position, to the initial position When descending, the first conveyor belt 410 to rotate in the direction of the second product transport unit 500,
Receiving a control signal from the kiosk unit 200 includes a lifting means 420 to raise the first conveyor belt 410 to the corresponding height of the merchandise display unit 600, and then to lower to the initial position,
The first conveyor belt 410 of the plurality of first product transfer unit 400 is formed to be bending machined, characterized in that all are controlled to rise at the same time or individually to receive the goods from the product display unit 600 Operation and management method of the unmanned merchandise store system.
The method of claim 1,
After the profit information transmission step (S700),
Using the product stock information provided by the kiosk unit 200 installed in the bending machined unmanned store 5000, the unmanned store management server 1000 extracts the insufficient product information for each store, and based on the extracted insufficient product information Operation and management method of a bending machined unmanned merchandise store system further comprising a merchandise delivery request step (S800) to generate the delivery information of the product to the product distribution terminal (3000).
The method of claim 1,
After the unmanned retailer providing step (S100),
If there is an adult product among the products requested by the customer through the kiosk unit 200, the unmanned store management server 1000 generates an adult product purchase request message and transmits it to the administrator terminal 2000, and the unmanned store management server 1000 Acquires the acceptance information from the administrator terminal 2000, and when the obtained acceptance information is the acceptance information, the unmanned retail store management server 1000 allows the adult product to proceed with the payment for the adult product through the kiosk unit 200 Operation and management method of the bending machined unmanned merchandise store system further comprising a product purchase acceptance request step (S150).
The method of claim 1,
The manager terminal 2000 is equipped with a monitoring app 2100,
The monitoring app 2100,
A sales information collection mode unit 2110 for obtaining payment product information, sales quantity information, inventory information, and sales statistics information from the unmanned retailer management server 1000 using network communication with the unmanned retailer management server 1000;
Revenue information collection for acquiring information on total sales, information on actual sales, information on royalties, and information on final revenue from the unmanned retailer management server 1000 using network communication. A mode unit 2120;
A commodity ordering mode unit 2130 for transmitting delivery information of the shortage product to the commodity distribution terminal 3000 using the commodity distribution terminal 3000 and network communication;
An adult product purchase request message collection mode unit 2140 which obtains an adult product purchase request message from the unmanned store management server 1000 using network communication with the unmanned store management server 1000;
Administrator for outputting the information obtained by the sales information collection mode unit 2110, profit information collection mode unit 2120, product order mode unit 2130, adult product purchase application message collection mode unit 2140 on the screen Method of operation and management of the bending machined unmanned merchandise store system comprising a usage information output unit (2150).
The method of claim 4, wherein
The manager information output unit 2150,
While outputting the adult product purchase application message obtained by the adult product purchase application message collection mode unit 2140, when acquiring the acceptance signal from the administrator to transmit the acceptance information to the unmanned store management server (1000) Operation and management method of a bending machined unmanned merchandise store system, characterized in that.
delete The method of claim 1,
The kiosk unit 200,
When the settlement of the product selected by the customer through the display unit 220 is completed, the first product transfer unit 400 and the second product transfer unit 500 provide control signals for the transfer of the corresponding product, and the customer The control unit 210 provides product information of the selected product to be purchased to the product display unit 600 and performs payment processing for the product selected by the customer using the payment method recognized through the payment method recognition unit 240. Wow;
Graphical User (GUI) using a touch screen to provide product information available for purchase to a customer, to select a product to be purchased by the customer, and to select a payment method for payment of the selected product. A display unit 220 for providing an interface;
A speaker 230 for outputting a guidement necessary for purchasing a product;
A payment means recognition unit 240 for recognizing the payment means provided by the customer;
And a communication unit (250) for transmitting payment information to an external corresponding payment financial institution under the control of the control unit (210).
The method of claim 1,
Prevent the customer in the first space 10 from entering and leaving the second space 20, the customer in the first space 10 to check the goods displayed in the second space 20, The first space 10 and the second space 20 are cut off and partitioned by a first barrier wall 40 made of glass so that the customer can check the process in which the product selected and paid by the customer is transferred and withdrawn. Operation and management method of a bending machined unmanned merchandise store system.
The method of claim 1,
The bending machineized unmanned store 5000,
Further comprising a management and monitoring unit for monitoring theft or fire, abnormal situation;
The management and monitoring unit 900,
A camera unit 910 including a first space camera 911 installed in a first space, a second space camera 912 installed in a second space, and a third space camera 913 installed in a third space; ,
A fire detector comprising a first space fire detector 921 installed in a first space, a second space fire detector 922 installed in a second space, and a third space fire detector 923 installed in a third space. 920, a method of operating and managing a bending machined unmanned merchandise store system.

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