KR102674705B1 - Smart logistics management device with zones for smart logistics management - Google Patents

Abstract

The smart logistics management device according to an embodiment of the present invention has the advantage of enabling delivery, storage, and pickup of delivered goods, and storing the delivered goods at a low temperature until they are picked up by the orderer, thereby enabling safety and quality control of the delivered goods. . In addition, in the delivery storage area, unpackaged products supplied by the seller and primary packaging products in which the seller has packaged the products with primary packaging materials can be stored, and the orderer or seller may request the use of secondary packaging materials. Since secondary packaging materials are used only when present, the use of packaging materials can be minimized, resulting in significant cost savings and reducing waste caused by packaging materials. In addition, it is easy to collect and recycle packaging materials and refrigerated containers, which has the effect of reducing waste. In addition, by organizing the orderer and delivery person to enter through a clean area, quarantine and sterilization can be thoroughly carried out in the common space, which has the advantage of enabling safe and hygienic delivery. Additionally, the store area has the advantage of allowing orderers to immediately purchase frequently purchased products without having to go through a separate ordering process. In addition, by creating a new delivery culture that enables non-face-to-face delivery, consumers and suppliers can build mutual trust, and by improving the working environment of deliverers and innovatively reducing packaging materials, a new type of eco-friendly distribution and delivery system can be established. .

Description

Smart logistics management device with zones for smart logistics management}

The present invention relates to a smart logistics management device in which zones for smart logistics management are divided. More specifically, it is installed in complex buildings such as apartments, officetels, shopping malls, etc. and public places, and enables non-face-to-face delivery and fresh food. It relates to a smart logistics management device capable of storing and picking up delivered goods, and discharging and collecting packaging materials and refrigerated containers containing the delivered goods.

As the daily logistics market has grown rapidly, the volume of food delivery and courier products has increased, and accordingly, quality and disposable/distribution packaging material waste have become very issues when delivering products sensitive to temperature control.

In addition, the worsening working environment of delivery personnel is causing many social conflicts, and above all, in the Corona era, interest in non-face-to-face consumption is increasing as a new type of delivery system. In addition, interest in delivery systems that can maintain freshness and quality while minimizing distribution packaging materials in the process of transporting agricultural, livestock, and marine products that are sensitive to temperature maintenance from production sites to consumers is increasing.

Republic of Korea Patent Publication No. 10-1981688

The purpose of the present invention relates to a smart logistics management device that is divided into zones for smart logistics management that enable storage and pickup of delivered products, and discharge and collection of packaging materials and refrigerated containers containing the delivered products.

The smart logistics management device according to the present invention includes a clean area that forms a passage for orderers and deliverers to enter and exit, and is equipped with a quarantine sterilizer at the entrance to perform quarantine and sterilization; a delivery goods storage area defined as a space where the delivery person can enter and exit through the clean area and where the delivery person can receive and store the delivery goods; a delivery pickup area defined as a space where the orderer can enter and exit through the clean area and where the orderer can deliver and retrieve the ordered delivery goods; a recycling product discharge area partitioned to allow the orderer to enter and exit through the clean area, and partitioned into a space for separating and discharging recyclable packaging materials from the delivered goods picked up by the orderer; Confirming the arrival information of the delivered goods received in the delivered goods storage area, transmitting the received information to the orderer terminal possessed by the orderer through wireless communication, and collecting information on the delivered goods received in the delivered goods storage area as big data It includes servers built and managed by .

The server extracts information about products with a high purchase rate during a set period from the big data, and the smart logistics management device allows the orderer and the delivery person to enter through the clean area, and the purchase rate extracted from the server It further includes a store area demarcated as a space for selling high-quality products.

It is provided in at least one of the clean area, the delivery product storage area, and the delivery product pickup area, and a logistics management app provided by the server is installed to receive receipt information of the delivered product from the deliverer and to receive the delivered product from the orderer. It includes a logistics management terminal that receives a shipment request signal and transmits it to the server through wireless communication.

It is provided in the delivery product storage area and the delivery product pickup area, recognizes the identification code provided on the delivery product, and transmits information about the delivery product included in the identification code and receipt information of the delivery product to the server through wireless communication. do.

The server receives, through wireless communication, information on receipt of the delivered product from a deliverer terminal possessed by the deliverer and on which the logistics management app provided by the server is installed.

It is installed in the delivery product storage area and further includes a cooling means for keeping the delivery product cool.

The cold insulating means is a cold insulating container configured to store and transport the delivered product, and is provided in the delivered product storage area and the recycling product discharge area, recognizes the identification code provided in the cold insulated container, and provides location information of the cold insulated container. It further includes a cold container sensor that transmits to the server through wireless communication.

It further includes an visitor sensor installed in the clean area to detect an visitor, and an oxygen injector installed in the clean area to spray oxygen when the visitor is detected by the visitor sensor.

It further includes an entrant sensor installed in the clean area to detect an entrant, and a music player installed in the clean area to play preset music when the entrant sensor detects the entrant.

A delivery transport means provided in the delivery product storage area and the delivery product pickup area to select delivery items corresponding to a delivery request signal from among the delivery items stored in the delivery product storage area and transfer them to the delivery product pickup area, and deliver the delivery product from the server. It further includes a control unit that receives a request signal and controls the operation of the delivery means.

It further includes a recyclables detection unit provided in the recyclables discharge area, detecting information on recyclables including packaging materials and refrigerated containers loaded in the recyclables discharge area, and transmitting the information on the recyclables to the server, wherein the server , a recyclable product recovery signal is transmitted to the recycling manager terminal owned by the recycling manager according to the information detected by the recycling product detection unit.

A smart logistics management device according to another aspect of the present invention includes a clean area that forms a passage for orderers and deliverers to enter and exit, and is equipped with a quarantine sterilizer at the entrance to perform quarantine and sterilization; Through the clean area, the deliverer or the orderer can enter and exit, and it is divided into a space where the deliverer can receive and store the delivered goods or ship and collect the delivered goods ordered by the orderer, and a refrigerated space where the delivered goods can be stored at low temperature. a delivery area equipped with containers; a recycling material discharge area partitioned to allow the orderer to enter and exit through the clean area, and partitioned into a space for separating and discharging recyclables, including packaging materials and refrigerated containers, from the delivery goods picked up by the orderer; Confirm the receipt information of the delivered product being received in the delivered product area, transmit the receiving information to the orderer terminal possessed by the orderer through wireless communication, and construct the information on the delivered product received in the delivered product area as big data. Includes servers managed by

A smart logistics management device according to another aspect of the present invention includes a clean area that forms a passage for orderers and deliverers to enter and exit, and is equipped with a quarantine sterilizer at the entrance to perform quarantine and sterilization; a delivery goods storage area defined as a space where the delivery person can enter and exit through the clean area and where the delivery person can receive and store the delivery goods; a delivery pickup area defined as a space where the orderer can enter and exit through the clean area and where the orderer can deliver and retrieve the ordered delivery goods; a cold storage container installed in the delivery product storage area to keep the delivery product cool; a recycling product discharge area partitioned to allow the orderer to enter and exit through the clean area, and partitioned into a space for separating and discharging recyclable packaging materials and refrigerated containers from the delivered goods picked up by the orderer; Confirming the arrival information of the delivered goods received in the delivered goods storage area, transmitting the received information to the orderer terminal possessed by the orderer through wireless communication, and collecting information on the delivered goods received in the delivered goods storage area as big data A server configured to extract information about products with a high purchase rate during a set period from the big data; a store area where the orderer and the delivery person can enter and exit through the clean area, and which is defined as a space for selling products with a high purchase rate extracted from the server; An visitor sensor installed in the clean area to detect an visitor, an oxygen injector installed in the clean area to spray oxygen when the visitor is detected by the visitor sensor, and an oxygen injector installed in the clean area to detect an entrance and exit sensor. It further includes a music player that plays preset music when the entering person is detected.

The smart logistics management device according to an embodiment of the present invention enables delivery, storage, and pickup of delivered goods, allows common use of refrigeration means provided in the delivered goods storage area, and stores the delivered goods at a low temperature until they are picked up by the orderer. Because this is possible, there is the advantage of being able to control the safety and quality of delivered goods.

In addition, in the delivery storage area, unpackaged products supplied by the seller and primary packaging products in which the seller has packaged the products with primary packaging materials can be stored, and the orderer or seller may request the use of secondary packaging materials. Since secondary packaging materials are used only when present, the use of packaging materials can be minimized, resulting in significant cost savings and reducing waste caused by packaging materials.

In addition, since recyclable packaging materials or refrigerated containers from the delivery items picked up by the orderer can be discharged to the recycling discharge area, collection and recycling of packaging materials or refrigerated containers are easy, which has the effect of reducing waste.

In addition, by organizing the orderer and delivery person to enter through a clean area, quarantine and sterilization can be thoroughly carried out in the common space, which has the advantage of enabling hygienic and safe delivery.

In addition, the server extracts a list of products with a high purchase rate from information about the delivered goods stored in the delivery storage area and is configured to sell products with a high purchase rate in the store area, allowing the orderer to place separate orders for frequently purchased products. There is an advantage in that you can purchase it right away without going through any procedures.

In addition, by creating a new delivery culture that enables non-face-to-face delivery, consumers and suppliers can build mutual trust, and by improving the working environment of deliverers and innovatively reducing packaging materials, a new type of eco-friendly distribution and delivery system can be established. .

1 is a plan view schematically showing a smart logistics management device according to an embodiment of the present invention.
Figure 2 is a front view schematically showing the smart logistics management device shown in Figure 1.
Figure 3 is a block diagram schematically showing the configuration for communication of a smart logistics management device according to an embodiment of the present invention.
Figure 4 is a block diagram schematically showing the configuration for controlling a smart logistics management device according to an embodiment of the present invention.
Figure 5 is a diagram showing an example of a delivery product storage device installed in a delivery product pickup area according to an embodiment of the present invention.

Hereinafter, smart logistics management autonomy according to an embodiment of the present invention will be described with reference to the attached drawings.

Hereinafter, in the present invention, delivered goods include all products that can be delivered and sold, such as fresh food, pharmaceuticals, semiconductors, and chemicals. The delivered goods include both unpackaged products supplied by the seller without separate packaging and primary packaged products in which the seller primarily packages the products.

1 is a plan view schematically showing a smart logistics management device according to an embodiment of the present invention. Figure 2 is a front view schematically showing the smart logistics management device shown in Figure 1. Figure 3 is a block diagram schematically showing the configuration for communication of a smart logistics management device according to an embodiment of the present invention. Figure 4 is a block diagram schematically showing the configuration for controlling a smart logistics management device according to an embodiment of the present invention.

Referring to Figures 1 to 4, the smart logistics management device according to an embodiment of the present invention can be installed in complex buildings and public places such as apartments, officetels, and shopping malls, and the delivery person can receive and store the delivered goods, and the orderer can store the delivered goods. It is a facility or device that provides a space where the ordered delivery product can be shipped and retrieved, and recyclable packaging materials or refrigerated containers can be separated and discharged from the delivery product picked up by the orderer.

The smart logistics management device is divided into a clean area (C), a delivery storage area (D), a delivery pickup area (P), and a recycling area (R), and includes a logistics management terminal (10) and a server (100). ), a visitor sensor 20, a quarantine sterilizer 30, an oxygen injector 40, a music player 50, a delivery transport means 60, a refrigerated container recognition sensor 70, and a control unit 80.

The clean area (C) is located in the center of the smart logistics management device, and forms a passage through which all users who use the smart logistics management device, such as the orderer and the deliverer, enter and exit. The clean area (C) may include both a walking-through area where users move on foot and a mobility through area where users can move by means of transportation such as a quick board.

In the clean area (C), an entrance (2) is formed for the orderer and the delivery person to enter and exit.

The quarantine sterilizer 30 is installed at the entrance 2, so that users passing through the entrance 2 are quarantined and sterilized.

The quarantine sterilizer 30 is described as an example of a quarantine gate that performs quarantine and sterilization while a user passes through it, but it is not limited to this and can be applied in various ways as long as quarantine and sterilization are possible.

The delivery storage area (D) and the recycling product discharge area (R) are partitioned and arranged on the left and right sides, respectively, centered on the clean area (C).

The delivery product storage area (D) and the delivery product pickup area (P) are sequentially arranged adjacent to each other along the entry direction of the clean area (C). That is, the delivery storage area (D) and the delivery product pickup area (P) will be described as an example in which the delivery product storage area (D) and the delivery product pickup area (P) are located on either the left or right side of the clean area (C) and are formed to be partitioned along the entry direction.

However, the delivery product storage area (D) and the delivery product pickup area (P) are not limited to this, and it is of course possible to form a delivery product area that is not divided into one space. If the delivery storage area (D) and the delivery product pickup area (P) are one undivided space, an unmanned delivery box capable of both storage and pickup may be installed in the space.

The delivery storage area (D) is formed so that the delivery person who has passed the clean area (C) can enter and exit. The delivery goods storage area (D) is a space where the delivery goods (B) delivered by the delivery person can be received and stored.

Secondary packaging materials are provided in the delivery storage area (D). When the deliverer receives and stores the delivered goods in the delivered goods storage area (D), the deliverer checks whether there is a request for use of the secondary packaging material from the orderer or the seller from the deliverer terminal. If there is a request to use the secondary packaging material, the deliverer can secondary package and store the delivered product using the secondary packaging material.

The secondary packaging material may include various packaging materials such as a refrigeration means for low-temperature storage, a Styrofoam packaging material for protecting the product, and a protective packaging material such as an air cap packaging material. Hereinafter, in this embodiment, the secondary packaging material is explained as an example of a cold insulating means.

Referring to FIG. 5, the delivery storage area (D) includes a low-temperature storage unit 210 maintained at a low temperature to store low-temperature delivery items (B10) that must be stored at low temperature, and room temperature delivery items (B20) that must be stored at room temperature. ) A room temperature storage unit 220 maintained at room temperature is provided to store the product.

The low-temperature storage unit 210 is a storage stand that can place a plurality of low-temperature delivered products (B10) and is equipped with a cold storage means to keep the low-temperature delivered products (B10) cool.

The cold insulating means includes a cold insulating container 211 in which the low-temperature delivery product (B10) can be stored and transported, and a cold insulating material 212 that can be inserted into the cold insulating container.

The cold insulating material 212 may be an ice pack or a PCM (Phase change material) pack. The low-temperature storage unit 210 is provided with a separate freezer (not shown) for frozen storage of the cold insulator 212, and the deliverer removes the cold insulator 212 from the freezer (not shown) and then stores the cold insulator 212 in the cold storage container. It can be stored together with the above-mentioned delivery (B) at (211).

However, it is not limited to this, and the cold insulating means may be a cold insulating bag, or it may of course be a refrigerated space or a large refrigerator configured to store a large number of delivered items.

The room temperature storage unit 220 is a storage stand configured to place a plurality of room temperature delivery items (B20).

In addition, without being limited to the above embodiment, it is of course possible for the low-temperature storage unit 210 and the room-temperature storage unit 220 to be separated by space.

The delivery product pickup area (P) is a space where the orderer can enter through the clean area (C) and where the orderer can retrieve the ordered delivery product (B).

The delivered goods transport means 60 is provided to pass through the delivered goods storage area (D) and the delivered goods pickup area (P).

The delivery transport means 60 is a device that, when a delivery request signal is received from the server 100, transfers the delivery goods in response to the delivery request signal from the delivery storage area (D) to the delivery pickup area (P). . The delivery goods transport means 60 can be applied to any device used to sort or transport goods in a logistics warehouse, etc. In other words, the delivery goods transport means 60 can apply known technologies. However, when the delivery product storage area (D) and the delivery product pickup area (P) are comprised of one space and an unmanned delivery box is installed, the delivery product transport means 60 may not be provided.

The recycling discharge area (R) is partitioned so that the orderer can enter and exit through the clean area (C), and includes packaging materials or cold-insulated containers that can be recycled from the delivered goods picked up by the orderer in the delivered goods pickup area (P). This is a space designated to separate and dispose of recyclables. The recyclables discharge area (R) is disposed adjacent to the entrance (2) so that the orderer can discharge the recyclables before exiting the entrance (2).

The store area (S) is accessible to the orderer, the deliverer, and the seller through the clean area (C), and is partitioned to sell products with a high purchase rate extracted from the big data of the server 100. It is space. The store area (S) is a space formed next to the recycling product discharge area (R). In the store area (S), a large number of products are displayed, and a store terminal 14 such as a kiosk is provided so that the displayed products can be sold unmanned.

The store terminal 14 is configured to recognize recognition codes provided on displayed products, display prices for products included in the recognition codes, and allow buyers to make payments.

The server 100 provides a logistics management app that manages the arrival and departure of the delivered goods through wired and wireless communication, and provides big data information about the delivered goods (B) received in the delivered goods storage area (D). Build and manage. The server 100 includes the logistics management terminal 10, the orderer terminal 11, the delivery terminal 12, the seller terminal 13, the store terminal 14, and the recycling manager terminal. Communicate wirelessly with (15).

The logistics management terminal 10 is provided in at least one of the clean area (C), the delivery product storage area (D), and the delivery product pickup area (P), and the logistics management app provided by the server 100 This is the installed terminal. The logistics management terminal 10 may include any information communication device capable of wired or wireless communication, such as a desktop computer, laptop computer, tablet PC, or smartphone.

In this embodiment, the logistics management terminal 10 includes a storage area terminal 10a installed in the delivery product storage area D, and a pickup area terminal 10b installed in the delivery product pickup area P. Explain with an example.

The storage area terminal 10a is installed with the logistics management app and receives input information about the delivery product B from the deliverer through the logistics management app.

The storage area terminal 10a is explained by way of example as including a scanner (not shown) that scans and recognizes the identification code provided on the delivery product B. In the recognition code, basic information about the delivered product (B) is stored in advance. The basic information may include at least one of the name, type, size, and storage type of the delivery product (B). The storage form includes cold storage and room temperature storage. However, it is not limited to this, and the storage area terminal 10a may be equipped with an input unit such as a touch pad or keyboard so that the delivery person can directly input warehousing information.

The pickup area terminal 10b is installed with the logistics management app and receives a shipment request signal for the delivery product B ordered from the orderer through the logistics management app. The shipment request signal may include an order number provided by the seller or a number separately assigned to the orderer. Additionally, the shipment request signal may include a signal sent from a logistics management app installed on the orderer terminal 11.

The orderer terminal 11 is a mobile communication terminal possessed by the orderer, with the logistics management app installed, and capable of wireless communication with the server 100. The orderer terminal 11 may include any information communication device capable of wired or wireless communication, such as a desktop computer, laptop computer, tablet PC, or smartphone.

The delivery terminal 12 is a mobile communication terminal that the delivery person possesses and has the logistics management app installed, enabling wireless communication with the server 100. The delivery terminal 12 may include any information communication device capable of wired or wireless communication, such as a desktop computer, a laptop computer, a tablet PC, or a smartphone.

The seller terminal 13 is a mobile communication terminal that is owned by a seller who supplies products to the store area S and is capable of wireless communication with the server 100. The seller terminal 13 receives information about products with a high purchase rate from the server 100 through wireless communication. Additionally, the seller terminal 13 receives information about products sold in the store area S from the server 100 through wireless communication. The seller terminal 13 may include any information communication device capable of wired or wireless communication, such as a desktop computer, laptop computer, tablet PC, or smartphone.

The recycling manager terminal 15 is a terminal possessed by a recycling manager who retrieves and manages the recycling stored in the recycling product discharge area (R). The recycling manager terminal 15 is a mobile communication terminal capable of wireless communication with the server 100 in which the logistics management app is installed. The recycling manager terminal 15 may include any information and communication device capable of wired or wireless communication, such as a desktop computer, a laptop computer, a tablet PC, or a smartphone.

The recycling manager terminal 15 receives information about the recycling products loaded in the recycling product discharge area (R) from the server 100 through wireless communication. The information about the recycled products may include the type, loading amount, loading time, recovery time, etc. of the loaded recycling products.

The recyclables discharge area (R) is equipped with a recyclables detection unit that detects information on recyclables including the packaging material and the cold storage container.

The recyclable product detection unit will be described by way of example as including a packaging material detection unit (not shown) capable of detecting the packaging material, and a cold storage container sensor 70 capable of detecting the cold storage container.

The packaging material detection unit (not shown) can be applied to any device that can detect the weight of the packaging material or the height or area of the stacked packaging material.

The cold container sensor 70 is provided not only in the recycling product discharge area (R) but also in the delivery storage area (D), and recognizes the identification code provided for each cold container 211 to identify the cold storage container 211. Location information is transmitted to the server 100.

Information on recyclable products detected in real time by the packaging material detection unit (not shown) and the refrigerated container sensor 70 is transmitted to the server 100 in real time and stored.

Additionally, the recycling manager terminal 15 receives location information of the cold storage container 211 from the server 100. The recycling manager terminal 15 or the server 100 classifies and stores information about the refrigerated containers according to type, capacity, and usage status. Accordingly, the recycling manager collects the refrigerated containers and processes them in a reusable state according to the information about the recyclables stored in the recycling manager terminal 15 or provides additional refrigerated containers in the delivery storage area (D). It may be possible.

The visitor sensor 20 is installed at the entrance 2 of the clean area (C) and detects the visitor entering the clean area (C). The visitor sensor 20 may use an infrared sensor, or may be a terminal that detects entry or exit through wireless communication with the orderer terminal 11 or the delivery terminal 12. The visitor sensor 20 transmits an visitor detection signal to the preset control unit 80.

The control unit 80 may be provided in any one of the server 100, the logistics management terminal 10, and the quarantine sterilizer 30. The control unit 80 controls the operation of the quarantine sterilizer 30, the oxygen injector 40, the music player 50, and the delivery means 60.

The quarantine sterilizer 30 is a device installed at the entrance 2 of the clean area C and sprays a disinfectant toward the entering person. The disinfectant used is harmless to the human body. The quarantine sterilizer 30 is explained as an example as a quarantine gate. The quarantine sterilizer 30 is described as an example in which the operation is controlled by the control unit 80, but it is not limited to this and the visitor sensor 20 is provided in the quarantine sterilizer 30 and the visitor sensor 20 ) of course is also possible to automatically spray the disinfectant when the device detects an incoming person.

The oxygen sprayer 40 is provided in the clean area C and sprays oxygen toward the entering person according to a signal from the control unit 80.

The music player 50 is provided in the clean area C and plays preset music according to a signal from the control unit 80.

In this embodiment, the oxygen injector 40 and the music player 50 are each installed on the ceiling of the clean area C, and are installed at a predetermined distance from the quarantine sterilizer 30, for example. However, the explanation is not limited thereto, and the oxygen injector 40 and the music player 50 may be integrated into one device, or the oxygen injector 40 and the music player 50 may be integrated into the quarantine sterilizer 30. ), of course, is also possible to be provided in one piece.

Additionally, a camera (not shown) may be installed in at least one of the clean area (C), the delivery storage area (D), the delivery product pickup area (P), and the recycling product discharge area (R). The camera (not shown) may be a CCTV, or may be installed inside each zone or provided in a terminal installed in each zone.

Cameras (not shown) provided in the clean area (C), the delivery product storage area (D), and the delivery product pickup area (P) capture images of the receipt, delivery, and storage status of the delivery product, and display the images to the server 100. It can be transmitted through wireless communication. The server 100 may store and manage the received video and transmit it to at least one of the orderer terminal 11, the delivery terminal 12, and the seller terminal 13.

A camera (not shown) provided in the recyclables discharge area (R) can capture images of recyclables, including packaging materials or refrigerated containers, and transmit the images to the server 100 through wireless communication. The server 100 can store and manage the received video and transmit it to the recycling manager terminal 15.

The method of using the smart logistics management device according to the embodiment of the present invention configured as described above will be described as follows.

First, when the deliverer enters the clean area (C) through the entrance (3), the visitor sensor 20 detects the deliverer.

When the visitor sensor 20 transmits a signal detecting the delivery person to the control unit 80, the control unit 80 operates the quarantine sterilizer 30, the oxygen injector 40, and the music player 50. Make it work. The quarantine sterilizer 30, the oxygen injector 40, and the music player 50 may be automatically stopped after operating for a preset time.

Therefore, the delivery person can be automatically disinfected by the quarantine sterilizer 30 while walking through the entrance 3, and the oxygen sprayed from the oxygen injector 40 while walking through the clean area C One can be healed by music played from the music player 50.

After being healed while passing through the clean area (C), the deliverer can enter the delivery storage area (D) to receive and store the delivery goods (B).

At this time, the deliverer can scan the recognition code provided on the delivered product (B) using either the deliverer terminal 12 or the logistics management terminal 10. Hereinafter, this embodiment will be described as an example of scanning the identification code using the storage area terminal 10a.

The deliverer scans the identification code for the delivered product (B) using the storage area terminal (10a). The storage area terminal 10a transmits basic information about the delivery product B included in the identification code and warehousing information including the time and storage location at which the identification code was scanned to the server 100.

Basic information about the delivery product (B) may include the name, type, size, storage type, etc. of the delivery product (B). The storage type is information about whether the delivery product (B) is a low temperature delivery product (B10) or a room temperature delivery product (B20). It also includes information on secondary packaging requests for the delivered product. The secondary packaging request can be requested by the orderer at the time of ordering or by the seller at the time of product supply.

The low-temperature delivery item (B10) is displayed as a first low-temperature delivery item (B11) that requires low-temperature storage and secondary packaging, and a second low-temperature delivery item (B12) that requires low-temperature storage but does not require secondary packaging.

The storage area terminal 10a can display a request message for low-temperature storage and secondary packaging.

When the deliverer confirms the message about the first low-temperature delivery item (B11) among the low-temperature delivery items (B10), the deliverer packages the first low-temperature delivery item (B11) with secondary packaging material and then stores it in the low-temperature storage unit ( 210).

In this embodiment, the secondary packaging material is explained as an example of a cold insulating container and a cold insulating material, so the deliverer places the first low-temperature delivery product (B11) in the cold storage container 211 provided in the delivery storage area (D). After inserting the cold insulator 212, it is stored in a storage location designated by the storage area terminal 10a.

The storage location is designated by the storage area terminal 10a, and information about the storage location is transmitted to the server 100. However, it is not limited to this, and it is also possible for the server 100 to assign the storage location, or for the deliverer to set a desired storage location and input it into the storage area management terminal 10a.

Meanwhile, when the cold storage means is a refrigerator or a refrigerated space, the deliverer may store the low-temperature delivery product (B10) by placing it in the refrigerator or a refrigerated space.

The server 100 may transmit the stocking information received from the storage area terminal 10a to the orderer terminal 11 to notify the stocking of the delivery product B.

Meanwhile, when the deliverer confirms the message about the second low-temperature delivery item (B12) among the low-temperature delivery items (B10), the deliverer stores the second low-temperature delivery item (B12) in the delivery storage area (D), The low-temperature delivery product (B10) can also be stored without secondary packaging.

In other words, since the orderer or the product supplier did not separately request the use of the secondary packaging material, the deliverer does not use the secondary packaging material and stores the product as it was in the primary packaging by the product supplier or as shipped from the factory. You can do it.

Accordingly, the product can be stored as is in the state in which the product supplier first packaged it or as it came out of the factory, without using the secondary packaging materials, so packaging materials can be minimized.

Meanwhile, the room temperature delivery product (B20) is divided into the first room temperature delivery product (B21), which requires room temperature storage and secondary packaging, and the second room temperature delivery product (B22), which requires room temperature storage but does not require secondary packaging. do.

The storage area terminal 10a can display a request message for room temperature storage and secondary packaging.

When the deliverer confirms the message about the first room temperature delivery item (B21) among the room temperature delivery items (B20), the deliverer packages the first room temperature delivery item (B21) with secondary packaging material and then stores it in the room temperature storage unit ( 220).

Here, the secondary packaging material for room temperature storage may be applied in various ways, such as air cap packaging material or storage box.

The storage location is designated by the storage area terminal 10a, and information about the storage location is transmitted to the server 100. However, it is not limited to this, and it is also possible for the server 100 to assign the storage location, or for the deliverer to set a desired storage location and input it into the storage area management terminal 10a.

Meanwhile, when the deliverer confirms the message about the second room temperature delivery item (B22) among the room temperature delivery items (B20), the deliverer places the second room temperature delivery item (B22) in the delivery storage area (D) without secondary packaging. It can also be stored in .

In other words, since the orderer or the product supplier did not separately request the use of the secondary packaging material, the deliverer does not use the secondary packaging material and stores the product as it was in the primary packaging by the product supplier or as shipped from the factory. You can do it.

Accordingly, the product can be stored as is in the state in which the product supplier first packaged it or as it came out of the factory, without using the secondary packaging materials, so packaging materials can be minimized.

The orderer can check the receipt information of the delivery product he or she ordered through the logistics management app and then enter the clean area (C) through the entrance (2).

When the visitor sensor 20 detects the orderer, it transmits a detection signal to the control unit 80.

The control unit 80 operates the quarantine sterilizer 30, the oxygen injector 40, and the music player 50.

Therefore, the orderer can be automatically disinfected by the quarantine sterilizer 30 while walking through the entrance 3, and the oxygen sprayed from the oxygen injector 40 while walking through the clean area C One can be healed by music played from the music player 50.

After the orderer is healed while passing through the clean area (C), he or she can enter the delivery product pickup area (P) and retrieve the delivery product (B).

At this time, the orderer can input a shipment request signal using the orderer terminal 11 or the pickup area terminal 10b and transmit it to the server 100.

When the server 100 receives the shipping request signal, the server 100 transmits the shipping request signal to the control unit 80.

The control unit 80 operates the delivery goods transport means 60. However, the present invention is not limited to this, and it is also possible for the server 100 to transmit a control signal that directly operates the delivery transport means 60.

The delivered goods transport means 60 transports the delivered goods (B) in response to the delivery request signal from the delivered goods storage area (D) to the delivered goods pickup area (P).

Accordingly, the orderer can pick up the delivered product (B) transported by the delivered product transport means (60).

Meanwhile, the orderer can separate the recyclable packaging material or cold storage container 211 from the delivered product before leaving the smart logistics management device.

The orderer can discharge the separated packaging material or cold-insulated container 211 into the recycling product discharge area (R).

The server 100 transmits information about the recyclables loaded in the recyclables discharge area (R) to the terminal 15 for the recycling manager. The information about the recycled products may include the type, loading amount, loading time, recovery time, etc. of the loaded recycling products. The load can be measured in real time by detecting the weight of the recyclables or sensing the height or area of the stacked recyclables. The loading amount of recyclables measured in real time is transmitted to the server 100 in real time and stored.

That is, the server 100 receives packaging material loading information from the packaging material detection unit (not shown) and receives location information of the cold storage container from the cold storage container sensor 70.

The server 100 may determine the collection time of the recyclables according to the loading information of the recyclables and transmit a recyclables recovery signal to the terminal 15 for the recycling manager.

The recycling manager may collect the packaging material and the cold storage container 211 according to the information on the recycling material, process the cold storage container 211 into a reusable state, and supply it back to the delivery storage area (D). there is.

Meanwhile, the server 100 constructs and manages information on delivered goods received in the delivered goods storage area (D) as big data.

The server 100 extracts information about products with a high purchase rate during a preset period from the big data and transmits the information about products with a high purchase rate to the seller terminal 13.

The seller terminal 13 may supply and sell products with a high purchase rate received from the server 100 to the store area S.

The server 100 provides a list of products sold in the store area (S) through the logistics management app.

After checking the product list through the logistics management app, the orderer can purchase directly from the store area (S) without going through a separate ordering process.

Products displayed in the store area (S) can be purchased through the store terminal 14, such as a kiosk. That is, the purchase can be made by paying through the store terminal 14.

In addition, the orderer can, of course, check the product list through the logistics management app, order and pay through the logistics management app, and then just pick it up at the store area (S).

In addition, it is also possible for the orderer to visit the store area (S), visually check and select the products on display, and then purchase them through the store terminal (14).

The smart logistics management device according to the embodiment of the present invention as described above enables delivery, storage, and pickup of delivered goods, and the cold storage means provided in the delivered goods storage area can be commonly used, so that the delivered goods are stored until the orderer picks them up. It has the advantage of being able to be stored at low temperatures.

In addition, since recyclable packaging materials or cold-insulated containers from the delivered goods picked up by the orderer can be discharged to the recycling product discharge area, there is an advantage that the collection and recycling of the packaging materials or cold-insulated containers is easy.

The present invention has been described with reference to the embodiments shown in the drawings, but these are merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true scope of technical protection of the present invention should be determined by the technical spirit of the attached patent claims.

C: Clean area D: Delivery storage area
P: Delivery pickup area R: Recycling drop-off area
2: Entrance 10: Logistics management terminal
11: Terminal for orderer 12: Terminal for delivery person
13: Seller terminal 14: Store terminal
15: Terminal for recycling manager 20: Entry and exit sensor
30: Quarantine sterilizer 40: Oxygen sprayer
50: Music player 60: Means of transporting delivered goods
70: Refrigerated container sensor 80: Control unit

Claims (5)

A long passageway is formed in the center so that visitors, including orderers and deliverers passing through the entrance, can enter and exit while walking or riding a means of transportation. When the visitor sensor detects the visitor, the visitor sensor detects the visitor. A clean area equipped with an oxygen sprayer that sprays oxygen, a music player that plays preset music when the visitor is detected by the visitor sensor, and a quarantine sterilizer that performs quarantine and sterilization when the visitor is detected by the visitor sensor;
It is partitioned on either the left or right side of the clean area and is arranged so that the deliverer can enter and exit through the clean area, so that it is partitioned into a space where the deliverer can receive and store the delivered goods, and must be stored at low temperature. A cold storage unit maintained at a low temperature to store delivered goods and a room temperature storage unit maintained at room temperature to store room temperature delivered goods that must be stored at room temperature are provided, and a refrigerant material is provided so that the deliverer can use it at the request of the orderer or seller. a delivery storage area equipped with a cold insulation means including a cold insulating container, and secondary packaging including protective packaging material for protecting the delivery;
It is divided adjacent to the delivery product storage area on either the left or right side of the clean area and is arranged to be accessible through the clean area, the orderer can enter through the clean area, and the delivery product ordered by the orderer A delivery pickup area divided into a space where products can be shipped and retrieved;
It is partitioned adjacent to the entrance on the other side of the left or right around the clean area and arranged so that the orderer can enter and exit through the clean area, and packaging materials that can be recycled from the delivered goods picked up by the orderer from the delivery storage area A recyclables discharge area divided into a space for separating and discharging recyclables, including refrigeration means;
It is divided adjacent to the recycling product discharge area on the other side of the left or right around the clean area and is arranged so that the orderer and the delivery person can enter and exit through the clean area, and the purchase rate among the delivered goods received in the delivered goods storage area A store area divided into a space where these high-quality products are displayed and sold;
It is provided in at least one of the clean area, the delivery product storage area, and the delivery product pickup area, and a preset logistics management app is installed to receive receipt information of the delivery product from the deliverer or recognize the recognition code provided on the delivery product. a logistics management terminal that receives receipt information of the delivered product and receives a shipment request signal from the orderer;
It provides the logistics management app that manages the receipt and shipment of the delivered product, and includes the logistics management terminal, a deliverer terminal possessed by the delivery person and the logistics management app installed, and a delivery terminal possessed by the orderer and the logistics management app installed. It communicates wirelessly with the orderer's terminal and the seller's terminal owned by the seller supplying the product to the store area, constructs the information on the delivered goods received in the delivered goods storage area as big data, and sets a period from the big data. Information on products with a high purchase rate and products sold in the store area is provided to the seller terminal so that the seller can supply products with a high purchase rate to the store area, and in the store area through the logistics management app. a server that provides a list of products for sale so that the visitor can purchase them in the store area;
a store terminal provided in the store area to recognize identification codes provided on products displayed in the store area, display prices for products included in the recognition codes, and enable payment;
A smart logistics management device comprising a recyclables detection unit provided in the delivery storage area and the recyclables discharge area and transmitting information on the recyclables, including the packaging material and the refrigerated container, to the server. In claim 1,
The logistics management terminal,
A smart logistics management device comprising a storage area terminal installed in the delivery storage area, scanning the identification code provided on the delivery, and displaying a request message for cold storage and secondary packaging for the delivery. In claim 1,
The recycled product detection unit,
A cold-insulated container sensor that recognizes the identification code provided on the cold-insulated container and transmits location information of the cold-insulated container to the server through wireless communication;
A smart logistics management device including a packaging material detection unit capable of detecting at least one of the weight, height, and area of the packaging material. In claim 3,
The server is a smart logistics management device that transmits a recyclable product recovery signal to a recycling manager terminal owned by the recycling manager according to the information detected by the recycling product detection unit. In claim 1,
Delivery transport means provided in the delivery goods storage area and the delivery goods pickup area to select delivery goods corresponding to a delivery request signal from among the delivery goods stored in the delivery goods storage area and transfer them to the delivery goods pickup area;
A smart logistics management device further comprising a control unit that receives the shipment request signal from the server and controls the operation of the delivery means.

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