KR102007256B1 - Method And Apparatus for Providing Selling Service by Using Unmanned Cabinet Based On Wireless Communications - Google Patents

Abstract

Disclosed are a method and apparatus for providing a sales service using an unmanned storage closet based on wireless communication.
According to the present embodiment, when a QR code, an NFC tag, etc. attached to an unmanned storage box is scanned by using a terminal to select and pay for a product to be purchased in the unattended storage box, each of the plurality of floors corresponding to the corresponding product of the plurality of floors in the unmanned storage vending machine cabinet Method and apparatus for providing a sales service using a wireless communication-based unattended cabinet that opens a floor door and automatically rotates the cabinet partition plate when the user discharges the product in the storage space and rotates the cabinet partition plate. To provide.

Description

Method and Apparatus for Providing Sales Service Using Unmanned Cabinet Based on Wireless Communication {Method And Apparatus for Providing Selling Service by Using Unmanned Cabinet Based On Wireless Communications}

The present embodiment relates to a sales service providing method and apparatus using an unmanned closet based on wireless communication.

The contents described below merely provide background information related to this embodiment and do not constitute a prior art.

In modern society, unmanned vending machines such as vending machines are widely used. Many people use the unmanned subway ticket vending machine to go to work in the morning, use vending machines to drink drinks, as well as buy movie tickets through the unmanned ticket vending machine for leisure time such as movies.

As the network develops, unmanned sales devices are also developing. Unlike in the past, which has been released only by changing the appearance without any functional improvement, the payment method is diversified by connecting with the Internet, and the products sold in the vending machine are also diversified.

One of the biggest appeals of the vending machine business is that it can create new markets through the commercialization of new vending machines. The development of vending machine-related technology allows the commercialization of new items if the idea is original. The success of the vending machine business requires fulfilling various aspects. For example, the buyer's demand for the product at the installation location of the vending machine, the convenience of the payment process for the product, the possibility of communication between the seller and the buyer if necessary may be an aspect necessary for the success of the vending machine business.

According to the present embodiment, when a QR code, an NFC tag, etc. attached to an unmanned storage box is scanned by using a terminal to select and pay for a product to be purchased in the unattended storage box, each of the plurality of floors corresponding to the corresponding product of the plurality of floors in the unmanned storage vending machine cabinet Method and apparatus for providing a sales service using a wireless communication-based unattended cabinet that opens a floor door and automatically rotates the cabinet partition plate when the user discharges the product in the storage space and rotates the cabinet partition plate. The purpose is to provide.

According to an aspect of the present embodiment, a terminal for recognizing the beacon tag attached to the outside, transmits the product selection information corresponding to the beacon tag, and transmits the payment completion information for the payment of the product selection information; Transmitting payment request information corresponding to the product selection information to the terminal and transmitting a product ejection signal for discharging a product corresponding to the payment completion information when receiving the payment completion information corresponding to the payment request information; Cabinet control server; And an unmanned storage cabinet comprising a plurality of floors and controlling opening and closing of a door of a storage space in which a product corresponding to the product discharge signal exists among storage spaces of each floor based on the product discharge signal. Provide a service provision system.

The terminal recognizes at least one of a QR code and an NFC tag attached to the unmanned closet using a mounted closet control application to distinguish the unmanned closet or a point.

When there is specific product information on a product corresponding to the product selection information received from the terminal, the cabinet control server transmits the specific product information together with the payment request information to the terminal.

The unmanned cabinet may include a plurality of floors, and a door of a storage space in which a product corresponding to the product discharge signal exists in the storage space of each floor may be opened, and a product corresponding to the product discharge signal may be discharged and the product discharged. Rotating the cabinet divider plate in one direction so that the next product is displayed on the front side while automatically closing the door of the storage space in which the product corresponding to the signal exists, and responds to the product discharge signal after the door is closed. The purchase completion information for the goods to be transmitted to the cabinet control server.

The unmanned storage cabinet automatically opens and closes a door of a storage space in which a product corresponding to the product discharge signal exists by using an EMLOCK (electro magnetic lock) method.

The unmanned cabinet may be a hexahedron-shaped body; A partition outer wall of a cylindrical shape inserted into the main body; A cabinet divider for dividing the partition outer wall into a form forming each layer; And a partition inner wall dividing a separate storage space for each floor. A product exists in each storage space of each floor, and includes a door formed at a position at which the product is inserted or withdrawn.

The unmanned cabinet may be rotated to open the door for each floor or the reverse rotation to close the door, the motor to allow the cabinet divider to rotate in a predetermined direction; A cabinet control module for controlling the motor based on the product discharge signal and communicating with the cabinet control server through short-range communication (eg, Bluetooth, Wi-Fi); And LEDs installed on each floor to illuminate a product present in the storage space.

It is provided with a product identification sensor for checking whether a product exists in each of the partition inner wall, and a bib support for preventing the product from flowing forward on the cabinet partition plate.

A partition groove is further provided on one side of the partition inner wall, and different partition inner walls are fastened to the partition groove to form a new storage space.

The partition inner wall is erected on an upper surface of the cabinet partition plate, and is fixed in a form that is fastened to a screw fixing part formed on the outer partition of the cylindrical partition.

A clasp groove is formed in the partition outer wall, and a clasp formed at a lower portion of the cabinet divider is fastened to the clasp groove, and the clasp is connected to a support and a rotating wheel.

One side of the clasp is formed with a splash prevention screw fixing portion and the rotary rubber, the rotary rubber is connected to the motor.

The motor is connected to the linear reciprocating portion, a spring is formed on the outside of the linear reciprocating portion, the spring to allow the door to be opened and closed.

One side of the linear reciprocating portion is connected to the motor, the other side of the linear reciprocating portion is connected to one side of the first connecting portion, the other side of the first connecting portion is connected to one side of the second connecting portion, and the other side of the second connecting portion is It is connected with the door.

The first connecting portion and the second connecting portion open and close the door by the tension force of the spring connected according to the rotation of the motor.

According to another aspect of the present embodiment, a terminal for recognizing an externally attached beacon tag, transmitting product selection information corresponding to the beacon tag, and transmitting payment completion information for the payment of the product selection information; The terminal transmits a payment request information corresponding to the product selection information to the terminal, and when the payment completion information corresponding to the payment request information is received, a password for discharging a product corresponding to the payment completion information. Cabinet control server for transmitting to; A sales service providing system, comprising: an unmanned storage cabinet comprising a plurality of floors and controlling opening and closing of a door of a storage space in which a product corresponding to the password exists among storage spaces of each floor based on the input password. To provide.

According to another aspect of the present embodiment, the terminal recognizes the beacon tag attached to the outside, and transmitting the product selection information corresponding to the beacon tag; Transmitting payment request information corresponding to the product selection information from the storage control server to the terminal; Transmitting payment completion information for which payment has been made for the product selection information in the terminal; Transmitting a product discharge signal for discharging a product corresponding to the payment completion information when the payment completion information corresponding to the payment request information is received by the storage control server; And controlling the door of the storage space in which the product corresponding to the product discharge signal exists among the storage spaces of each floor based on the product discharge signal in the unmanned storage box to open and close the door. to provide.

As described above, according to the present exemplary embodiment, when a QR code, an NFC tag, and the like attached to an unmanned storage box are scanned using a terminal to select and pay for a product to be purchased in the unattended storage box, a plurality of floors are provided in the unmanned storage vending machine storage box. The door of each floor corresponding to the corresponding product is opened, and when the user discharges the product in the storage space, the door is automatically closed and the cabinet partition plate is rotated so that another product is located at the front.

1 is a block diagram schematically illustrating a sales service providing system using a wireless communication-based unmanned storage box according to the present embodiment.
2A, 2B, and 2C are diagrams illustrating a structure of an unmanned cabinet based on wireless communication according to the present embodiment.
3A, 3B, and 3C illustrate an internal structure of an unmanned storage closet based on wireless communication according to the present embodiment.
4A, 4B, 4C, and 4D are views illustrating latch movement and rotation when the unmanned closet based on the wireless communication and the opening and closing according to the present embodiment.

Hereinafter, the present embodiment will be described in detail with reference to the accompanying drawings.

1 is a block diagram schematically illustrating a sales service providing system using a wireless communication-based unmanned storage box according to the present embodiment.

The sales service providing system using the wireless communication-based unattended cabinet according to the present embodiment includes a terminal 110, a cabinet control server 120, and an unmanned cabinet 130. Components included in the sales service providing system using the wireless communication based unmanned cabinet are not necessarily limited thereto.

The terminal 110 refers to an electronic device that performs voice or data communication via a network according to a user's key manipulation.

The terminal 110 includes a memory for storing a program or protocol for communicating with the storage control server 120 via a network, a microprocessor for executing and controlling the program, and the like.

The terminal 110 may control the unmanned cabinet 130 by mounting a cabinet control application. The terminal 110 drives the cabinet control application by a user's manipulation or command.

The terminal 110 connects to the closet control server 120 using the closet control application. The terminal 110 recognizes a beacon tag (QR code, NFC tag) attached to the outside (for example, the unmanned cabinet 130).

The terminal 110 transmits product selection information corresponding to the beacon tag to the cabinet control server 120. The terminal 110 transmits the payment completion information, which has been paid for the product selection information, to the cabinet control server 120.

The terminal 110 recognizes (scans) at least one of a Quick Response (QR) code and a Near Field Communication (NFC) tag attached to the unmanned storage using the mounted storage control application to detect the unmanned storage 130 or the spot. Separate.

The cabinet control server 120 includes the same hardware module as a web server or a network server which is conventionally hardware. The cabinet control server 120 may be implemented in the form of a web server or a network server.

Cabinet control server 120 generally communicates with an unspecified number of clients or other servers via an open computer network, such as the Internet. Cabinet control server 120 provides a product providing service in conjunction with the authentication system or financial institution payment system.

The cabinet control server 120 transmits payment request information corresponding to the product selection information to the terminal 110. The cabinet control server 120 receives payment completion information corresponding to payment request information from the terminal 110.

The cabinet control server 120 transmits a product discharge signal for discharging a product corresponding to payment completion information to the unmanned cabinet 130. The cabinet control server 120 transmits the specific product information together with the payment request information to the terminal 110 when the specific product information regarding the product corresponding to the product selection information received from the terminal 110 exists.

Unmanned cabinet 130 refers to a kind of vending machine. The unmanned closet 130 stores a program or protocol for communicating with the closet control server 120 using near field communication. The unmanned cabinet 130 includes a memory for storing a program for providing a sales service, a microprocessor for executing and controlling a program stored in the memory, and the like.

The unmanned closet 130 forms a plurality of layers 214. The unmanned closet 130 is a device for opening and closing the door 222 for each floor (214). The unmanned cabinet 130 uses an EM lock (electro magnetic lock) to open and close the door 222 for each floor 214.

 The unmanned cabinet 130 operates the motor 212 to open and close the door 222 for each floor 214 to open and close the door 222 attached to the motor 212. The unmanned cabinet 130 detects this when the goods are discharged from the storage space for each layer 214 and automatically rotates the cabinet separator plate 238 while the door 222 is automatically closed.

A method of operating a sales service providing system using an unmanned cabinet based on wireless communication will be described with reference to FIG. 1.

The terminal 110 selects the unmanned cabinet using the mounted cabinet control application. In other words, when the terminal 110 scans a QR code, an NFC tag, or the like attached to the unmanned closet 130, the terminal 110 may specify a corresponding unmanned closet or a point.

The terminal 110 selects a product to purchase using the mounted cabinet control application and transmits product selection information to the cabinet control server 120.

The cabinet control server 120 receives product selection information from the terminal 110. The cabinet control server 120 transmits specific product information to the terminal 110 if there is specific product information on the product corresponding to the product selection information received from the terminal 110. The terminal 110 displays specific product information.

The terminal 110 selects a specific product by a user's input, and transmits payment information corresponding to the specific product to the cabinet control server 120.

When the storage information is received from the terminal 110, the cabinet control server 120 unattends a product discharge signal for opening the corresponding door 222 to the goods stored in the storage space of each floor 214 in the unmanned cabinet 130. The cabinet 130 transmits.

The unmanned cabinet 130 is a cabinet partition plate so that the next product comes out while the door 222 of the storage space is automatically closed after the goods stored in the storage space of any one of the plurality of floors is discharged Rotate 238.

The unmanned cabinet 130 automatically opens and closes the door 222 of the storage space using EMLOCK. On the other hand, as in the manner in which the user opens and closes the password directly into the unmanned cabinet 130, the unmanned cabinet 130 may allow the door 222 of the specific storage space to be automatically opened and closed.

The unmanned closet 130 transmits the purchase completion information to the closet control server 120 after the door 222 is automatically closed.

The sales service using the wireless communication-based unmanned cabinet according to the present embodiment may also be implemented by a password input method.

In more detail, the cabinet control server 120 transmits a password for discharging a product corresponding to payment completion information received from the terminal 110 to the terminal 110.

The unmanned cabinet 130 controls the door 222 of the storage space in which the product corresponding to the password exists among the storage spaces of each floor 214 based on the input password. The unmanned cabinet 130 opens the door 222 of the storage space in which the goods corresponding to the input password among the storage space for each floor 214 is present.

2A is a diagram illustrating a structure of an unmanned storage box based on wireless communication according to the present embodiment.

The terminal 110 selects the unmanned cabinet using the mounted cabinet control application. In other words, when the terminal 110 scans a QR code, an NFC tag, etc. attached to the unmanned cabinet 130, the goods in the unmanned cabinet 130 are output on the screen of the terminal 110. The product is matched by number and displayed on the screen in the terminal 110.

The terminal 110 selects a product to purchase using the mounted cabinet control application and transmits product selection information to the cabinet control server 120. The terminal 110 selects a specific product by a user's input, and transmits payment information corresponding to the specific product to the cabinet control server 120.

When the storage information is received from the terminal 110, the cabinet control server 120 unattends a product discharge signal for opening the corresponding door 222 to the goods stored in the storage space of each floor 214 in the unmanned cabinet 130. The cabinet 130 transmits.

The unmanned cabinet 130 is a cabinet partition plate so that the next product comes out while the door 222 of the storage space is automatically closed after the goods stored in the storage space of any one of the plurality of floors is discharged Rotate 238.

When the motor 212 in the unmanned cabinet 130 is driven, the bar bar provided in the storage space in any one of the plurality of floors moves to allow the door 222 to be opened and closed. The unmanned closet 130 includes a plurality of layers 214 including a closet control module 210 and a motor 212.

The unmanned cabinet 130 is (i) a communication device such as a communication modem for performing communication with the cabinet control server 120 over a wired or wireless network or a local area network, (ii) a memory for storing various programs and data, and (i) It is a device having a microprocessor or the like for executing and controlling a program.

Cabinet control module 210 is a control means for controlling the overall function of the unmanned cabinet 130. The cabinet control module 210 includes a memory for storing a program for controlling the components of the unmanned cabinet 130 and a microprocessor for controlling the components of the unmanned cabinet 130 by executing the corresponding program.

The plurality of layers 214 in the unmanned closet 130 may be divided into a closet divider 238. The plurality of layers 214 in the unmanned storage cabinet 130 may adjust the number of storage spaces by installing partition inner walls 232 according to the number and size of the products.

The plurality of layers 214 in the unmanned storage cabinet 130 may increase or decrease the storage space by fastening or separating the storage partition separator 238 and the pedestal to each hole.

The lowermost compartment in the unmanned cabinet 130 may be mounted in the refrigeration and freezing device, but is not necessarily limited thereto, and may be used as a warehouse when the refrigeration and freezing device is not installed.

The outer side of the unmanned cabinet 130 may be provided with an LED in front of the entrance in order to see the goods in a separate storage space.

The unmanned cabinet 130 may be provided with atypical merchandise difficult to store existing vending machines.

When the refrigeration and freezing device is installed at the lowermost space in the unmanned storage cabinet 130, atypical products such as fruits, dry flowers, cosmetics, dolls, figures, packed lunches, packaged salads, household tools, household goods bread, and eggs may be stored. .

Unmanned cabinet 130 preferably means a vending machine for selling atypical articles.

The unmanned cabinet 130 controls the door 222 corresponding to the storage space in which the product is stored when the terminal 110 performs payment for a specific product to be automatically opened, and when the user takes out the product, The door 222 corresponding to the storage space in which the goods are stored is controlled to automatically close.

The unmanned cabinet 130 is rotated because the rotation axis can provide a visual fun and product display promotion effect while rotating all the goods stored in the inside. The unmanned cabinet 130 may be stored at a lower price than a conventional vending machine, for example, when a storage space of six spaces is provided based on one rotating shaft.

The unmanned cabinet 130 is easier to store than a general vending machine, it is possible to lower the production cost. The unmanned cabinet 130 has easy management and storage, and can prevent theft, theft, and crime at the source rather than a simple display.

The unmanned cabinet 130 is composed of a plurality of layers 214. The unmanned cabinet 130 opens or closes the door 222 of the storage space in which the product corresponding to the product discharge signal exists in the storage space for each floor 214 based on the product discharge signal received from the cabinet control server 120. To control.

The unmanned cabinet 130 is composed of a plurality of layers 214. The unmanned storage cabinet 130 allows the door 222 of the storage space in which the product corresponding to the product discharge signal exists in the storage space of each layer 214 to be opened.

The unmanned cabinet 130 automatically closes the door 222 of the storage space in which a product corresponding to the product discharge signal is discharged and a product corresponding to the product discharge signal exists.

As the unmanned cabinet door 222 is closed, the cabinet partition plate 238 is rotated in a predetermined direction so that the next product is displayed in front. After the door 222 is completely closed, the unmanned cabinet 130 transmits purchase completion information about the product corresponding to the product discharge signal to the cabinet control server 120.

The motor 212 rotates to open the door 222 or reverses to close the door 222 for each floor 214, and the cabinet divider 238 rotates in one preset direction.

The cabinet control module 210 controls the motor 212 based on the product discharge signal, and communicates with the cabinet control server 120 through short-range communication (eg, Bluetooth, Wi-Fi). LED 216 is installed for each layer 214 to illuminate the goods present in the storage space.

2B is a front view of the wireless communication-based unmanned closet according to the present embodiment.

As shown in Figure 2b, the unmanned cabinet 130 is discharged according to the size of the atypical goods (for example, fruit, dry flowers, cosmetics, dolls, figures, packed lunch, packaged salad, household tools, household goods bread, eggs, etc.) The size of the discharge inlet can be adjusted by the user adjusting the width of the inlet directly.

The unmanned cabinet 130 has a door 222 on the outside of the discharge inlet. The door 222 may be implemented in a sliding manner, but is not necessarily limited thereto. Door 222 is designed so that one side is fixed and the other side is movable to adjust the size.

The door 222 is preferably implemented with a transparent glass material, but is not necessarily limited thereto. The unmanned cabinet 130 has a rotating wheel 224 to rotate the cabinet partition plate 238, which is the bottom of the separate storage space.

The unmanned cabinet 130 automatically opens and closes the door 222 of a storage space in which a product corresponding to a product discharge signal exists using an EMLOCK (electro magnetic lock) method.

The unmanned cabinet 130 is a cabinet partition plate 238 that is divided into a cube-shaped body 208, a cylindrical partition partition wall 236 inserted into the main body 208, and a partition outer wall 236 formed into layers. ), A partition inner wall 232 for dividing a separate storage space for each layer 214, and a product exists for each storage space for each layer 214, and a door 222 formed at a position at which the product is inserted or withdrawn. Include.

2C is a view showing the internal structure of one of the plurality of floors included in the wireless communication-based unmanned cabinet according to the present embodiment.

The unmanned cabinet 130 is composed of a plurality of layers 214. The plurality of layers 214 are separated by a cabinet separator 238. Each storage space in the plurality of layers 214 is divided by a partition inner wall 232. In other words, a separate storage space is formed between the two partition inner walls 232.

In one layer 214, a plurality of storage spaces may be formed according to the number of partition inner walls 232. Separate storage is stored in the storage space.

The partition outer wall 236 of one layer 214 is surrounded. In the partition outer wall 236, the partition inner wall 232 is connected to a product identification sensor 234 for checking the existence of the product is provided.

The product identification sensor 234 senses the inside of a separate storage space between the two partition inner walls 232 so as to confirm the presence or absence of a product present on the storage space. In other words, the product confirmation sensor 234 for detecting the removal of the goods stored in the internal structure of one of the plurality of layers included in the unmanned cabinet 130.

The product identification sensor 234 detects the presence of the product in the storage space by using infrared rays. The product identification sensor 234 transmits sensing information that detects the presence of a product in the storage space to the cabinet control module 210.

The cabinet control module 210 receives sensing information that detects the presence of goods from the goods confirmation sensor 234. The cabinet control module 210 transmits a sales completion signal for the corresponding product to the cabinet control server 120 when the cabinet partition plate 238 is rotated in a predetermined direction and stops.

Each storage space is formed with a bib support 239 is made so that the stored product does not flow forward.

Each partition inner wall 232 is provided with a goods confirmation sensor for confirming whether or not a product exists. The cabinet partition plate 238 is provided with a bib support 239 to prevent the product from flowing forward.

A partition groove 310 is further provided on one side of the partition inner wall 232, and different partition inner walls are fastened to the partition groove 310 to form a new storage space. The partition inner wall 232 is erected on the upper surface of the cabinet partition plate 238, and is fixed in a form that is fastened to the screw fixing portion formed in the cylindrical partition outer wall 236.

3A is a diagram illustrating an internal structure of an unmanned cabinet based on wireless communication according to the present embodiment.

In the center of the partition inner wall 232 is formed a partition groove 310 for fastening or separating the other partition inner wall 232. The partition inner wall 232 may be preferably formed of a translucent or transparent material.

In other words, the partition groove 310 may fasten or separate the partition inner wall 232 to the partition groove 310 according to the number of items to be stored.

The lower end of the partition inner wall 232 is formed with a plurality of screw fixing portion 312 that can be fastened and fixed to the cabinet divider 238. That is, after setting up the partition inner wall 232 on the upper surface of the cabinet partition plate 238, bolting the screw in the screw fixing part 312 formed in the partition inner wall 232 to fix or separate the partition inner wall 232. can do.

The screw fixing part 312 may be formed at one side of the partition outer wall 236, and the inner wall 232 of the partition may be fixed or separated by bolting the screw in the screw fixing part 312 formed on the partition outer wall 236. have.

A clasp groove 314 is also formed at one side of the partition outer wall 236 to allow the cabinet divider plate 238 to be fastened. In other words, the latch groove 314 means a hole that the clasp 336 enters.

The cabinet control module 210 operates the stop sensor 418 to stop the cabinet divider 238 when the goods are in the correct position on the storage space. The stop sensor 418 may be embodied in a protruding form, and transmits a stop signal for stopping the cabinet divider 238 to the cabinet control module 210.

When the cabinet control module 210 receives the stop signal from the stop sensor 418, the cabinet control module 210 transmits a sale completion signal to the cabinet control server 120.

3B is a view showing a top view of the internal structure of the wireless communication-based unmanned cabinet according to the present embodiment.

In each layer 214, an air flow hole 320 is formed to allow air to flow during refrigeration.

In other words, when the refrigerator and the refrigeration apparatus are mounted in the lowermost space in the unmanned storage cabinet 130, the fruits, dry flowers, cosmetics, dolls, figures, packed lunches, packed salads, living tools, Household goods bread, eggs, etc. can be stored, it is possible to be refrigerated or frozen for each layer 214 by using the air flow hole (320).

The material of the partition outer wall 236 is preferably stainless steel, but is not necessarily limited thereto.

As shown in FIG. 3B, if the door 222 is closed, the cabinet control module 210 arranges the cabinet divider 238 so that the next product comes to the front. When the door 222 corresponding to the storage space of the unmanned storage cabinet 130 is opened, the user takes out the corresponding product.

Figure 3c is a view showing the lower portion of the cabinet divider of the internal structure of the unmanned closet based on wireless communication according to this embodiment.

A clasp 336 is inserted into the clasp groove 314, one side of the clasp 336 is connected to the cabinet divider plate 238, and the other side of the clasp 336 is connected to the shock-proof screw fixing portion 312. The anti-thread screw fixing portion 312 is formed with a rotary rubber 332 on the outside.

Clasp 336 is connected to the support 338, the support 338 is '┌', '┐', '┎', '┒', '∩', '∪', '⊂', '⊃', It may be implemented in a '+' form, it is connected to at least two rotary wheels (224).

The partition outer wall 236 is formed with a latch groove. The clasp formed in the lower part of the cabinet divider 238 is fastened to the clasp groove 314. Clasp 336 is connected with support 338 and rotating wheel 224.

On one side of the clasp 336, the anti-splash screw fixing portion 312 and the rotary rubber 332 is formed. The rotary rubber 332 is connected with the motor 212.

Figure 4a is a view showing the movement and rotation of the clasp during wireless communication-based unmanned cabinet and opening and closing according to the embodiment.

Each layer 214 has at least two rails attached to it at the top and bottom. The outlet of each layer 214 may be implemented with a bellows plate to adjust the width of the outlet according to the size of the product (eg, large or small product) stored therein.

Goods stored in the storage space for each floor 214 is discharged to the outside and the door 222 located outside of the storage space is automatically closed.

In other words, when the cabinet control module 210 receives the sensing information detected from the product confirmation sensor 234 that the product does not exist, after about 15 seconds, the motor 212 reversely rotates to automatically open the door 222. Control to close

The motor 212 may be a linear motor capable of linear reciprocation. The motor 212 is connected to one side of the linear reciprocating unit 410, and the other side of the linear reciprocating unit 410 is connected to the first connection unit 414.

The spring 412 is fastened to the outside of the linear reciprocating portion 410. The spring 412 moves the linear reciprocating portion 410 according to the elasticity according to the operation of the motor 212. The first connector 414 is connected to the second connector 416 to operate to automatically open or close the door 222.

The first connection part 414 operates to allow the second connection part 416 to move according to the operation of the motor 212 so that the door 222 is automatically opened or closed. The second connector 416 is connected to the door 222. The door 222 may be implemented with a transparent material or a translucent material.

Rotating wheels 224 may be attached to about two-thirds of the door 222 so as not to contact the goods stored in the storage space for each layer 214. Door 222 is installed for each storage space, the door 222 can be opened and closed individually.

The motor 212 is connected with the linear reciprocating portion 410. A spring 412 is formed outside the linear reciprocating portion 410. The spring 412 causes the door 222 to open and close.

One side of the linear reciprocating portion 410 is connected to the motor 212. The other side of the linear reciprocating portion 410 is connected to one side of the first connecting portion 414. The other side of the first connector 414 is connected to one side of the second connector 416. The other side of the second connector 416 is connected to the door 222.

The first connection part 414 and the second connection part 416 open and close the door 222 by the tension of the spring 412 connected according to the rotation of the motor 212.

Figure 4b is a view showing the rotation on the top view of the wireless communication-based unmanned cabinet according to the embodiment.

When storing the goods in the storage space for each floor 214, the cabinet partition plate 238 is rotated in a predetermined direction. The cabinet divider 238 may be rotated by the operation of the motor 212.

Rotating wheels are provided below the cabinet divider plate 238, and the door 222 is automatically opened and closed according to the operation of the motor 212, and the cabinet divider plate 238 rotates in one preset direction.

Figure 4c is a view showing the departure-avoidance latch when opening and closing the wireless communication-based unmanned cabinet according to the embodiment.

The anti-separation latch bundle includes a cabinet divider plate 238 and a latch groove 314. When the spring 412 is pulled by the operation of the motor 212, the cabinet divider plate 238 is rotated by the tension force of the spring 412. When the door 222 is closed, the cabinet partition plate 238 is rotated so that the next product (or other product) is displayed.

Figure 4d is a view showing the rotation of the cabinet divider inside the unmanned cabinet based on wireless communication according to this embodiment.

As shown in FIG. 4A, one side of the cabinet divider 238 may be fixed to the partition outer wall 236 using a screw hole.

As shown in (b) of FIG. 4, the length of the arrow is moved, and when the door 222 is opened and closed, the cabinet partition plate 238 is rotated so that the next product is displayed so that the position of the next product is displayed. do.

As shown in FIG. 4C, in order to increase the positional movement of the cabinet divider 238, the rotary wheel 224 is installed at the lower portion of the cabinet divider 238.

The above description is merely illustrative of the technical idea of the present embodiment, and those skilled in the art to which the present embodiment belongs may make various modifications and changes without departing from the essential characteristics of the present embodiment. Therefore, the present embodiments are not intended to limit the technical idea of the present embodiment but to describe the present invention, and the scope of the technical idea of the present embodiment is not limited by these embodiments. The scope of protection of the present embodiment should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present embodiment.

110: terminal 120: storage control server
130: unmanned closet
208: main body 210: cabinet control module
212: motor 214: floor
216: LED
222: door 224: rotating wheels
232: partition wall 234: product identification sensor
236: partition outer wall 238: cabinet divider
239: jaw support
310: partition groove 312: screw fixing portion
314: latch groove 320: airflow hole
332: rotating rubber 334: splash prevention screw fixing
336: clasp 338: support
410: linear reciprocating portion 412: spring
414: first connection portion 416: second connection portion
418: stop switch

Claims (17)

A terminal that recognizes a beacon tag attached to the outside, transmits product selection information corresponding to the beacon tag, and transmits payment completion information that has been paid for the product selection information;
Transmitting payment request information corresponding to the product selection information to the terminal and transmitting a product ejection signal for discharging a product corresponding to the payment completion information when receiving the payment completion information corresponding to the payment request information; Cabinet control server; And
The unmanned storage cabinet is formed of a plurality of floors and controls opening and closing of a door of a storage space in which a product corresponding to the product discharge signal exists among storage spaces of each floor based on the product discharge signal.
Including, the unmanned cabinet is a hexahedral form of the main body; A partition outer wall of a cylindrical shape inserted into the main body; A cabinet divider for dividing the partition outer wall into a form forming each layer; Partition inner walls for separating separate storage spaces for each floor; A door in each storage space for each floor, the door being formed at a position at which the product is inserted or withdrawn; A motor that rotates the door to open or reverses the door to be closed for each floor, and allows the cabinet divider to rotate in a predetermined direction; A cabinet control module for controlling the motor based on the product discharge signal and communicating with the cabinet control server in short-range communication;
The motor is a linear motor capable of linear reciprocation, is connected to one side of the linear reciprocating portion, the other side of the linear reciprocating portion is connected to the first connection portion,
The spring is fastened to the outside of the linear reciprocating portion, the spring moves the linear reciprocating portion according to the elasticity according to the operation of the motor, the first connecting portion is connected to the second connecting portion is operated to automatically open or close the door ,
The first connection part is operated to move the second connection part automatically according to the operation of the motor to open or close the door, the second connection part is connected to the door made of a transparent material or a translucent material, Rotating wheels are attached to a predetermined point of the door so as not to touch the goods stored in the storage space of each floor, the door is installed for each storage space to be opened and closed individually,
A product identification sensor for checking the existence of goods is located in an area where the partition inner wall is connected to the partition outer wall, and the cabinet control module stops the cabinet partition plate when the goods are in the correct position in the storage space. When the stop sensor is implemented in a protruding form, the stop sensor transmits a stop signal for stopping the cabinet separator plate to the cabinet control module, the cabinet control module receives the stop signal from the stop sensor Sales service providing system, characterized in that for transmitting the sale completion signal to the cabinet control server. The method of claim 1,
The terminal,
Recognizing at least one of the QR code, NFC tag attached to the unmanned cabinet using the mounted cabinet control application to sell the service providing system, characterized in that to distinguish the unattended cabinet or point. The method of claim 1,
The cabinet control server,
And when there is specific product information on a product corresponding to the product selection information received from the terminal, the specific product information is transmitted to the terminal together with the payment request information. The method of claim 1,
The unmanned cabinet,
Comprising a plurality of layers, the door of the storage space in which the product corresponding to the product discharge signal is present in the storage space of each floor is opened, the product corresponding to the product discharge signal is discharged and corresponding to the product discharge signal Rotating the cabinet partition plate in one direction so that the next product is displayed on the front side while automatically closing the door of the storage space in which the product exists, the product corresponding to the product discharge signal after the door is closed Sales service providing system, characterized in that for transmitting the purchase completion information to the storage control server. The method of claim 4, wherein
The unmanned cabinet
The sales service providing system, characterized in that the door of the storage space in which the product corresponding to the product discharge signal is automatically opened and closed by using the EMLOCK (electro magnetic lock) method. delete The method of claim 1,
The unmanned cabinet,
LEDs installed on each floor to illuminate the products in the storage space
Sales service providing system, characterized in that it further comprises. The method of claim 1,
And a bib support for preventing the product from flowing forward in the cabinet divider. The method of claim 1,
And a partition groove on one side of the partition inner wall, wherein different partition inner walls are fastened to the partition groove to form a new storage space. The method of claim 1,
The partition inner wall is erected on the upper surface of the cabinet partition plate, the sales service providing system, characterized in that fixed to the form of fastening to the screw fixing portion formed on the outer wall of the partition. The method of claim 1,
A clasp groove is formed in the partition outer wall, and a clasp formed at a lower portion of the cabinet divider is fastened to the clasp groove, and the clasp is connected to a support and a rotating wheel. The method of claim 11,
One side of the latch is formed with a splash preventing screw fixing portion and the rotary rubber, the rotary rubber is connected to the motor, characterized in that the sales service providing system. delete delete The method of claim 1,
The first connection portion and the second connection portion sales service providing system, characterized in that for opening and closing the door by the tension force of the spring connected in accordance with the rotation of the motor.
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