KR102278723B1 - System for managing logistics based on delivery base using movable goods keeping device - Google Patents

Abstract

The present invention relates to a system for managing logistics based on a delivery base using a movable products keeping apparatus, which comprises: a truck which includes a movable products keeping apparatus providing a low-temperature storage space by power supply for keeping a plurality of delivery products at a low temperature, and a transport vehicle which separably loads and transports the movable products keeping apparatus in a loading box; and a loading/unloading equipment which loads or unloads the movable products keeping apparatus on or from the transport vehicle. The movable products keeping apparatus is loaded on the transport vehicle in an apparatus management space where the plurality of delivery products are warehoused into the low-temperature storage space. The movable products keeping apparatus is unloaded by the loading/unloading equipment at a delivery base where the plurality of delivery products are released from the low-temperature storage space. The movable products keeping apparatus includes a fork hole. The loading/unloading equipment is fixed and installed on the delivery base. The loading/unloading equipment includes: a fork which can be inserted into the fork hole; and a fork driver which moves the fork horizontally and vertically.

Description

Delivery base-based logistics management system using mobile product storage system {SYSTEM FOR MANAGING LOGISTICS BASED ON DELIVERY BASE USING MOVABLE GOODS KEEPING DEVICE}

The present invention relates to a logistics management technology, and more particularly, is installed in bases such as apartments, officetels, office buildings, and public places, so that each of the delivered products is stored before being finally delivered to the recipient. Logistics using a storage device It's about management skills.

Cold Chain is a system that maintains freshness and quality by keeping the temperature at a low temperature in the process of harvesting fresh food such as agricultural products from the production area and then storing and transporting it to the final consumption destination. In a cold chain system, delivered goods are generally delivered by a refrigerated vehicle so that the low-temperature state is kept stable, but in the final stage of delivery, if the goods are not delivered immediately to the recipient and are left for a long time, the freshness of the goods deteriorates. Therefore, refrigerated packaging using a special container and refrigerant is used so that the goods are kept at a low temperature even when the goods cannot be delivered to the recipient immediately. However, conventional refrigerated packaging using such a special container and refrigerant is a problem in terms of cost and environment.

As a prior patent related to the technical field of the present invention, Korean Patent Laid-Open No. 10-1995874 discloses a parcel storage device installed in a multi-family house such as an apartment. The parcel storage device of the preceding patent is composed of a plurality of storage boxes, a reader that reads recipient information included in barcodes or QR codes attached to parcels, and a control unit that automatically controls the opening and closing of storage boxes. Not suitable for storage.

Republic of Korea Patent Publication Registration No. 10-1995874 "Unmanned delivery system for apartment houses" (2019.07.04.)

An object to be solved by the present invention is to provide a logistics management system based on a delivery base using a mobile product storage device.

In order to achieve the problem to be solved by the present invention, according to one aspect of the present invention, a loading box defining a low temperature storage space maintained at a low temperature by an external power source in order to store a plurality of delivered products at a low temperature; and a device fixing part detachably coupled to the cargo loading plate of the transportation vehicle having a cargo loading plate, wherein the loading box is the transportation vehicle at a device management location where the plurality of delivery products are stored in the low temperature storage space. It is loaded on the and is coupled to the cargo loading plate by the device fixing unit, and in the state loaded on the transportation vehicle, the plurality of shipments are moved from the low-temperature storage space to the delivery base where they are shipped, and power is supplied from the transportation vehicle. , In the state of being separated from the transport vehicle at the delivery base and disembarked, a mobile product storage device used for storage and release of the plurality of delivered products at the delivery base until the delivery of the received plurality of delivered products is completed. is provided

In order to achieve the problem to be solved by the present invention, according to another aspect of the present invention, a mobile product storage device that provides a low temperature storage space maintained at a low temperature by an external power source to store a plurality of delivered products at a low temperature; a vehicle having a transport vehicle for loading and transporting the mobile product storage device in a detachable manner; and loading/unloading equipment for loading and unloading the loading box with respect to the transport vehicle, wherein the mobile product storage device is loaded onto the transport vehicle at a device management location where the plurality of delivered products are stored in the low-temperature storage space, and the mobile product The storage device is unloaded by the loading and unloading equipment at the delivery base where the plurality of delivered products are shipped from the low-temperature storage space, and while the plurality of delivered products are moved to the delivery base while being loaded on the transport vehicle, power from the transport vehicle A logistics management system based on delivery bases that receive

In order to achieve the problem to be solved by the present invention, according to another aspect of the present invention, there is provided a logistics system for packaging a product in a packaging container and delivering it to a recipient of the product, wherein the packaging container and the packaging container a plurality of movable product storage devices that provide a product storage space in which a plurality of delivered products including packaged products are stored; a storage device transporter terminal used by a storage device transporter for transporting the portable product storage device from a device management location to a delivery base using a transport device or transporting the mobile product storage device from the delivery base to the device management location; a wearer terminal used by a product wearer who puts the delivered product into the mobile product storage device at the device management location; and a management server connected to the mobile product storage device, the storage device transporter terminal and the wearer terminal through a communication network to manage the logistics of the goods and packaging containers, wherein the management server is connected to the wearer terminal to the device Transmitting data on a specific mobile product storage device selected for warehousing of the delivered product among the plurality of movable product storage devices located in a management location, and a specific mobile product storage device to be installed in the storage device transporter terminal A distribution base-based logistics management system that transmits location data of a delivery base is provided.

According to the present invention, all of the problems to be solved by the present invention described above can be achieved. Specifically, at the device management location, the delivered goods are stored in the mobile product storage device, and the mobile product storage device is transported to the delivery base by a transport vehicle such as an electric commercial vehicle, and then alighted and delivered to the recipient of the delivered product. A logistics management system based on a delivery base is provided.

1 is a block diagram illustrating the configuration of a distribution base-based logistics management system according to an embodiment of the present invention.
FIG. 2 is a schematic diagram of an example in which the distribution base-based logistics management system shown in FIG. 1 is applied.
FIG. 3 is a diagram schematically illustrating the configuration of a mobile product storage device in the configuration of the delivery base-based logistics management system shown in FIG. 1 .
4 and 5 are diagrams schematically illustrating two embodiments in which the mobile product storage device is disembarked from the transport vehicle at the delivery base in the system shown in FIG. 2 .
FIG. 6 is a perspective view illustrating a state in which an example of a product receiving device is installed at the door of each household in the configuration of the distribution base-based logistics management system shown in FIG.
7 is a perspective view illustrating a state in which a product is stored in the product receiving device shown in FIG. 6 .
8 is a diagram schematically illustrating the configuration of a logistics management server in the configuration of the delivery base-based logistics management system shown in FIG. 1 .
9 is a flowchart illustrating an embodiment of a delivery base-based logistics management method using the delivery base-based logistics management system shown in FIG. 1 .

Hereinafter, the configuration and operation of the embodiment of the present invention will be described in detail with reference to the drawings. In the present invention, "product" includes not only fresh food, but also all deliverable goods such as medicines, semiconductors, and chemicals.

1 is a block diagram showing the configuration of a distribution base-based logistics management system according to an embodiment of the present invention. 1, the delivery base-based logistics management system 100 includes a mobile product storage device 110 in which delivered products are stored and can be moved by a transport vehicle, and is installed at the delivery base A and the delivered products are delivered to the orderer. A plurality of product receiving device 120, which is stored before being received by the management server 190, which is connected to the mobile product storage device 110 and the product receiving device 120 through a wired/wireless communication network to manage the overall logistics; The management server 190 is connected through a wired/wireless communication network, and the orderer terminal 130 used by the orderer who orders and receives the product and the mobile product storage device 110 are delivered from the device management location (Z) using a transport vehicle. The storage device transporter terminal 135 used by the storage device transporter transported to the base (A) or transported from the delivery base (A) to the device management location (Z) and the management server 190 are connected through a wired/wireless communication network, and the orderer It is connected to the product provider terminal 140 used by the product supplier who supplies the ordered product, packages the product in a packaging container and prepares the delivery product, and the management server 190 through a wired/wireless communication network, and transports the delivery product prepared by the product provider. The goods wearer terminal 150 used by the goods wearer who wears the goods in the mobile goods storage device 110 located at the device management place (Z) is connected to the management server 190 through a wired/wireless communication network, and the delivery base (A) A portable product storage device 110 installed in the delivery base (A) to release the delivered goods stored in the portable product storage device 110 installed in the warehouse, put the product into the product receiving device 120, and store the used packaging container separated from the product. The forwarder terminal 160 used by the forwarder who wears the product, and the management server 190 and the packaging container manager terminal 170 used by the packaging container manager who is connected through a wired/wireless communication network and manages the packaging used for packaging of goods. And, connected to the management server 190 through a wired/wireless communication network and used by the packaging container collector who releases the packaging container after being stored in the mobile product storage device 110 and delivers it to the packaging container manager. The packaging container collector terminal 181 and the management server 190 are connected through a wired/wireless communication network and the packaging container transporter terminal 185 used by the packaging container transporter to transport the packaging container provided by the packaging container manager to the product supplier. include

2 is a schematic diagram of an example in which the distribution base-based logistics management system 100 shown in FIG. 1 is applied. With reference to FIG. 2 , the logistics by the delivery base-based logistics management system 100 shown in FIG. 1 will be schematically described as follows.

The orderer R accesses the product sales system (not shown) and orders the product G to be purchased. Here, the product (G) is described as a product requiring low temperature storage, such as fresh food, but the present invention is not limited thereto. In this embodiment, it is described that the recipient who receives the product (G) ordered by the orderer (R) is the orderer (R), but the orderer (R) who ordered the product (G) and the recipient who receives the product (G) are different may be The orderer R uses the orderer terminal 130 in FIG. 1 for ordering and receiving the product G.

The product supplier E supplies the product G to be sold through a product sales system (not shown). The product supplier (E) prepares the delivery product (P) by packaging the product (G) ordered from the orderer (R). The product supplier E uses the product provider terminal 140 in FIG. 1 to supply the product G. The delivery product (P) is a product stored in the low temperature packaging container (B), the cooling means (C) for maintaining the inner space of the low temperature packaging container (B) at a low temperature, and the inner space of the low temperature packaging container (B) (G).

The storage device transporter (W) transports the mobile product storage device 110 from the device management location (Z) to the delivery point (A) using the transport vehicle 165 or from the delivery location (A) to the device management location (Z) transported to The storage device transporter (W) uses the storage device transporter terminal (135 in FIG. 1) for transport of the mobile product storage device 110. In this embodiment, it will be described that an electric commercial vehicle is used as the transport vehicle 165 . As the electric commercial vehicle is used as the transport vehicle 165 , power for low-temperature storage of goods can be stably supplied to the portable goods storage device 110 . In addition, the transport vehicle 165 may be provided with an appropriate means for loading and unloading the mobile product storage device 110 . The transport vehicle 165 is a cargo vehicle for transporting cargo, and includes a cargo loading plate 166 on which cargo is loaded. The mobile product storage device 110 is detachably loaded on the cargo loading plate 166 so that the transport vehicle 165 forms a vehicle. That is, the state in which the mobile product storage device 110 is coupled to the transport vehicle 165 is the top vehicle. The mobile product storage device 110 located in the device management place (Z) is waiting for the stocking of the product (G) by the product wearer (D) before transportation to the delivery base (A) (hereinafter referred to as ' It may be referred to as 'a storage device for goods to be transported') or a product that has been recovered from the delivery base (A) and is waiting for processing after use (hereinafter referred to as a 'used product storage device'). The mobile product storage device 110 located at the delivery base (A) is a state in which the stored delivery product (P) is shipped (hereinafter referred to as a 'product storage device in use'), or a stored delivery product ( P) may be in a state in which they are all shipped (hereinafter, this is referred to as a 'recovery target product storage device').

Although it is described that an electric commercial vehicle is used as the transport vehicle 165 in this embodiment, the present invention is not limited thereto. As the transportation vehicle 165, a hydrogen electric vehicle or a general commercial vehicle may be used, and this also falls within the scope of the present invention.

The goods wearer (D) transports the delivery goods (P) prepared by the goods supplier (E) and puts them in the transport target goods storage device 110 located in the device management place (Z). The goods wearer (D) uses the goods wearer terminal (150 in FIG. 1) to transport the delivered goods (P).

The forwarder (T) releases the delivered product (P) from the in-use product storage device (110) installed at the delivery base (A), and only the product (G) of the packaging container (B), the cooling means (C) and the product (G) is a product It is stored in the receiving device 120, and the remaining used packaging container (B) and the cooling means (C) are stored in the in-use product storage device 110 installed at the delivery base (A).

The packaging container manager (M) manages the packaging container (B) and the cooling means (C) used for packaging of the product (G). The packaging container manager (M) uses the packaging container manager terminal (170 in FIG. 1) for management of the packaging container (B) and the cooling means (C). Although not shown, the low-temperature packaging container (B) provides an internal space in which the product (G) is accommodated, and is detachably coupled to the container body and the container body having an open upper part to open and close the open upper part of the container body. provide a cover. The packaging container for low temperature (B) is configured so that the insulating material surrounds the inner space so as to have excellent thermal insulation performance. The cooling means (C) is one using a phase change material (PCM) or an ice pack, and includes all means for maintaining the inner space of the low temperature packaging container (B) at a low temperature. The cooling means (C) is preferably used by being detachably coupled to the low-temperature packaging container (B), and in this embodiment, it will be described as being used by being detachably coupled to the cover of the packaging container (B). If the product (G) can be stored at room temperature, a general room temperature packaging container that does not require insulation is used and the cooling means (C) is not required. In this embodiment, the packaging container is described as having the same configuration as disclosed in Registration No. 10-1646059, but the present invention is not limited thereto.

The packaging container collector (S) collects the used packaging container (B) and the cold storage means (C) stored in the used product storage device 110 located at the device management place (Z), and the packaging container manager (M) pass it on to The packaging container collector (S) uses the packaging container collector terminal (181 in FIG. 1) to recover the packaging container (B) and the cooling means (C). The packaging container manager (M) processes the used packaging container (B) and the cooling means (C) recovered by the packaging container collector (S) for reuse.

The packaging container transporter (F) transports the packaging container (B) and the cold storage means (C) provided by the packaging container manager (M) to the product supplier (E). All packaging containers used in the present invention are Internet-of-Things-based containers provided with communication means, and the location of the packaging containers is checked in real time by the management server (190 in FIG. 1). A packaging container is a structure that can be stacked and stacked (nesting). The packaging container transporter (F) uses the packaging container transporter terminal (185 in FIG. 1) for transport of the packaging container (B) and the cold storage means (C).

Now, with reference to FIGS. 1 and 2 , the distribution base-based logistics management system 100 will be described in detail for each configuration.

The mobile product storage device 110 is communicatively connected to the management server 190 through a wired/wireless communication network and is transported by the storage device transporter W, and is located at the device management location Z, or a delivery base A or a delivery base. It is temporarily installed in a location close to (A) and serves as a base storage box. The delivery product P received by the product wearer D is stored in the mobile product storage device 110 . The delivery point (A) includes an underground parking lot in a multi-family house such as an apartment complex, a public building in a town such as a town hall, or a major transportation hub such as a subway station. Although only one movable product storage device 110 is shown in the drawing, a plurality of movable product storage devices 110 are provided by being installed at each of a plurality of bases. In the device management location (Z), the delivery of the product (P) by the product wearer (D) to the mobile product storage device (110) is made.

3 schematically shows an embodiment of the portable product storage device 110 . Referring to FIG. 3 , the mobile product storage device 110 includes an article storage unit 110a that provides an article storage space 111a for storing goods therein, and a base positioned below the article storage unit 110a. A portion 116 is provided. The movable product storage device 110 is loaded on the cargo loading plate 166 of the transport vehicle ( 165 in FIG. 2 ) to form a loading box of the vehicle. The mobile product storage device 110 is detachably loaded on the transport vehicle ( 165 in FIG. 2 ). Accordingly, the transport vehicle ( 165 in FIG. 2 ) can be operated in a state in which the mobile product storage device 110 is not loaded. When the transport vehicle ( 165 in FIG. 2 ) is operated without the mobile product storage device 110 loaded, the overall weight is reduced and battery consumption is reduced. In addition, since the mobile product storage device 110 is detachably loaded on the transport vehicle (165 in FIG. 2 ), the transport vehicle ( 165 in FIG. 2 ) can continuously operate, and the Transportation is also possible.

The article storage unit 110a provides an article storage space 111a for storing articles therein. The article storage space 111a includes a product storage space 111 for storing the delivered product P, and a recovered product storage space 115 for storing a collection object to be collected.

The product storage space 111 includes a low-temperature storage space 112 maintained at a low temperature to store a low-temperature delivery product (P) including a low-temperature storage product (G), and a room-temperature delivery product including a room-temperature storage product (G') ( It is separated into a room temperature storage space 113 maintained at room temperature to store P'). The low-temperature delivery product (P) includes a low-temperature packaging container (B), a low-temperature storage product (G) accommodated in the low-temperature packaging container (B), and a cooling means (C). The low-temperature packaging container (B) includes a low-temperature container body (B1) and a low-temperature container cover (B2) to which the cooling means (C) is coupled. Although not shown, a coupling confirmation sensor such as a contact sensor for confirming a state in which the cooling means (C) is coupled to the container cover (B2) may be provided. The IoT-based packaging container (B) checks the coupling state of the cooling means (C), and transmits it to the management server 190, and the management server 190 connects the packaging container (B) and the cooling means (C). is transmitted to the forwarder terminal 160 and the packaging container collector terminal 181 to prevent the loss of the cooling means (C) when transporting the packaging container (B) after use, and to improve warehousing workability by the forwarder (T) and The collection workability by the collector S can be improved. The room temperature delivery product (P') includes a room temperature packaging container (B') and a room temperature storage product (G') stored in the room temperature packaging container (B'). The packaging container for room temperature (B') includes a container body (B1') for room temperature and a container cover (B2') for room temperature. The product storage space 111 is divided into a plurality of delivery product storage areas to individually store the delivery products P and P'. Although not shown, the mobile product storage device 110 includes a sensor for detecting the storage state of the delivery product P for each storage area, and transmits the usage state for each storage area to the management server 190 . Although not shown, the portable product storage device 110 may include an electronic tag reader that reads product information stored in an electronic tag such as an RFID tag attached to the delivered products P and P'. When the delivered products (P, P') are stored in the mobile product storage device 110 by the product wearer (D) or shipped from the portable product storage device 110 by the forwarder (T), the details are stored in the management server It is sent to (190) and stored. Although not shown, the low temperature storage space 112 may be divided into a cold storage space and a frozen storage space. Although not shown, the movable product storage device 110 includes a temperature sensor and a temperature control device to maintain the product storage space 111 at an appropriate temperature. Although not shown, since a passive low-temperature maintaining means such as a PCM module is mounted in the low-temperature storage space 112, the refrigeration/freezing temperature can be maintained for a certain period of time even during a power outage, and power energy consumption can be reduced through the cooling function. can In particular, a PCM module that maintains the temperature of the storage space at about 5° C. may be used to prevent deterioration in quality due to the cold damage of vegetables. The mobile product storage device 110 is stably supplied with power from the transport vehicle 165 , which is an electric commercial vehicle, during transport from the device management location Z to the delivery base A by the transport vehicle 165 . The mobile product storage device 110 includes a holder 114 on which the stored delivery products P, P' are mounted, and although not shown in detail, the delivery products (P, P') mounted on the holder 114 . It may further include a delivery product fixing means for firmly fixing the packaging containers (B, B ') of the cradle (114). This is to prevent shaking of the delivered products (P, P') when the mobile product storage device 110 is transported by the transport vehicle 165 . It is preferable that the delivery product fixing means is an electrical fixing device that can be simultaneously fastened and released as a whole by an external control device. On the contrary, in the process in which the delivered goods (P, P') are shipped from the mobile product storage device 110, the delivery fixing means may be individually released by the person who releases the delivered goods (P, P'), and this also It is within the scope of the invention.

In this embodiment, the delivered goods (P, P') stored in the product storage space 111 are described as having the packaging containers (B, B'), but, unlike this, the primary without the packaging containers (B, B') It may be a packaged product (G, G'), which also falls within the scope of the present invention.

The recovered product storage space 115 is a space for storing recovered products to be recovered. The recovered product includes a container body (B1, B1') and a container cover (B2, B2') constituting the packaging container (B, B'), and a cooling means (C). The recovered product storage space 115 may be divided into a plurality of recovery spaces for storing recovered products by type. For example, as shown, the collection space 115 includes a first recovery space 115a in which a plurality of low-temperature container bodies B1 can be stacked and stored, and a plurality of room-temperature container bodies B1'. ), a second recovery space 115b that can be stacked and stored, a plurality of container covers for room temperature (B2') and a plurality of container covers for low temperature (B2) in which the cooling means (C) are combined are stacked together. It may be divided into a third recovery space 115c that can be stored.

The base part 116 stably supports the article storage part 110a from below. Although not shown, the base part 116 is provided with a device fixing part detachably coupled to the cargo loading plate 166 of the transport vehicle 165 . In a state in which the mobile product storage device 110 is coupled to the transport vehicle 165 by the device fixing unit, the movable product storage device 110 is firmly fixed to the transport vehicle 165 to store the transport vehicle 165 and the mobile product. The device 110 forms a vehicle, and in a state in which the device fixing part (not shown) is separated from the transport vehicle 165 , the mobile product storage device 110 can be separated from the transport vehicle 165 . A fork hole 117 for loading and unloading the transport vehicle 165 of the mobile product storage device 110 using a forklift device such as a forklift is formed in the base portion 116 . In this embodiment, it is described that a forklift device such as a forklift is used for loading and unloading the mobile product storage device 110, but unlike this, for loading and unloading the movable product storage device 110 in the transport vehicle 165 A device may be provided, which is also within the scope of the present invention.

In this embodiment, one mobile product storage device 110 is loaded and transported in the transport vehicle 165 , but unlike this, a plurality (eg, two to two or more) according to the size of the movable product storage device 110 . 6) of the movable product storage device 110 may be loaded and transported in one transport vehicle 165, which also falls within the scope of the present invention.

In the present embodiment, it is described that the portable product storage device 110 receives power from the transport vehicle 165 , but unlike this, the portable product storage device 110 includes a rechargeable battery type battery to power itself. can be supplied, which is also within the scope of the present invention. The battery provided in the mobile product storage device 110 may be charged by being connected to the transport vehicle 165 or other external power source.

Although not shown, the mobile product storage device 110 may be provided with a user interface for users who bring in/out of the delivered products (P, P') and recovered products. After authentication through the user interface, the delivery and export of goods (P, P') and recalled goods are carried out. As the user interface, a conventional kiosk system that is an unmanned automation system may be used.

4 schematically shows an embodiment in which the mobile product storage device 110 arrives at a delivery base by the transport vehicle 165 and gets off the transport vehicle 165 . Referring to FIG. 4 , at the location where the mobile product storage device 110 is installed at the delivery base, the portable product storage device 110 is unloaded from the transport vehicle 165 or the portable product storage device 110 installed at the delivery base is transported. A device loading and unloading equipment 175 for loading and unloading the vehicle 165 is installed. The device loading and unloading equipment 175 includes a fork 176 that can be inserted into a fork hole (117 in FIG. 3) of the movable product storage device 110, and a fork driver 177 that horizontally and vertically moves the fork 176. be prepared During the unloading operation, when the transport vehicle 165 loaded with the movable product storage device 110 stops on the side of the device loading and unloading equipment 175 , the fork 176 moves horizontally by the fork driver 177 to store the movable product It is inserted into the fork hole (117 of FIG. 3) of the device 110, and is installed by moving horizontally to the installation position after slightly rising by the fork driver 177 and then descending. In a similar manner, the device loading and unloading equipment 175 is used to load and unload the mobile product storage device 110 installed at the delivery base on the transport vehicle 165 . The device loading and unloading equipment 175 is preferably provided to load and unload the mobile product storage device 110 from the side of the transport vehicle 165 as shown in order to increase space utilization, but the present invention is not limited thereto. no.

5 schematically illustrates another embodiment in which the mobile product storage device 110 arrives at a delivery base by the transport vehicle 165 and gets off the transport vehicle 165 . Referring to FIG. 5 , the transport vehicle 165 further includes a device loading and unloading equipment 167 for unloading the mobile product storage device 110 . The device loading and unloading equipment 167 horizontally and horizontally moves the movable product storage device 110 along the movement guide 168 in which the cargo loading plate 166 of the transport vehicle 165 is installed to be withdrawn and the movement guide 168. A transfer unit (not shown) for vertical movement is provided. The transfer unit (not shown) may include a fork fitted into the fork hole ( 117 in FIG. 3 ) of the movable product storage device 110 and a fork driver for moving the fork. In a similar manner, the device loading and unloading equipment 167 is used to load and unload the mobile product storage device 110 installed at the delivery base on the transport vehicle 165 . The device loading and unloading equipment 167 is preferably provided to load and unload the mobile product storage device 110 from the side of the transport vehicle 165 as shown in order to increase space utilization, but the present invention is not limited thereto. no.

Although not shown, the movable product storage device 110 may further include a caster in order to increase loading and unloading workability. In addition, a rail structure for moving the movable product storage device 110 may be used to improve the mobility of the movable product storage device 110 .

1 and 2 , each of the plurality of product receiving devices 120 is installed at the delivery base A and is communicatively connected to the management server 190 through a wired/wireless communication network. The product receiving device 120 stores the product G until just before it is received by the orderer R. The forwarder T releases the delivered product P from the mobile product storage device 110 , separates the product G from the delivered product P, and puts it in the product receiving device 120 . 6 and 7 are diagrams illustrating an example of the product receiving device 120 . 6 is a perspective view illustrating a state in which the product receiving device 120 is installed at the door of each household, and FIG. 7 is a perspective view illustrating a state in which the product G is stored in the product receiving device 120 shown in FIG. . 6 and 7 , the product receiving device 120 includes a device installation unit 121 fixed to the door K for each household, and a product storage unit 122 movably installed in the device installation unit 121 . ) is included.

The device installation unit 121 is installed by being fixed to the door K for each household. The product storage unit 122 is movably coupled to the device installation unit 121 . The product storage unit 122 is guided to be movable with the door K interposed therebetween by the device installation unit 121 . In some cases, the product storage unit 122 may be fixed to the device installation unit 121 so that it cannot be moved.

The product storage unit 122 is movably coupled to the device installation unit 121 to move between the inside and the outside with the door K interposed therebetween. The product storage unit 122 includes a storage body 123 that provides a product accommodating space 125 in which the product G is accommodated, and is installed outside the storage body 123 with the door K interposed therebetween. It includes an outer door 124 and an inner door (not shown) installed inside the storage body 123 with the door (K) interposed therebetween.

The storage body 123 provides a product accommodating space 125 in which the product G is accommodated. The product accommodating space 125 can be accessed from the outside of the household through the outer door 124 located outside the door K, and accessed through the inner door (not shown) located inside the door K from the inside of the household. can do. The storage body 123 is slidably coupled to the device installation part 121 to move toward the outside of the household or the inside of the household.

The outer door 124 is located outside the door (D) that is outside the household in the storage body 123 . Through the outer door 124 , the transmitter (T in FIG. 2 ) may put the product G into the product accommodation space 125 .

The inner door (not shown) is located inside the entrance door K, which is the inside of the household in the storage body 123 . Through the inner door (not shown), the orderer (R in FIG. 2 ) may release the product G from the product accommodating space 125 .

In the present embodiment, it is described that the outer door 124 and the inner door (not shown) are separately provided for stocking and leaving the product, but, unlike this, only one door may be provided on the upper side or the side of the storage body 123 . and this is also within the scope of the present invention. In this case, when the sender (T in Fig. 2) receives the product (G), the storage body 123 moves toward the outside of the household so that the door is located on the outside of the door (K), and the orderer can release the product from inside the household. When the storage body 123 moves toward the inside of the household, the door is located inside the door K.

The product receiving device 120 further includes a display 129 for displaying information such as a temperature of the product storage space 125 .

The product receiving device 120 further includes a caster 127 for facilitating movement while stably supporting the product storage unit 122 . In the drawings, the casters 127 are shown to be installed only on the outside of the household, but unlike this, they may be installed inside the household or both outside and inside the household, which also falls within the scope of the present invention.

Although not shown, the product receiving device 120 further includes a cooling device for cooling the temperature of the internal space.

6 and 7, the product receiving device 120 is described as being installed at the door (K) of the household, but unlike this, it may be installed structurally separated from the door (K) of the household, and this It is within the scope of the present invention. In this case, one product receiving device 120 may be shared and used by a plurality of adjacent households, which also falls within the scope of the present invention.

1 and 2 , the orderer terminal 130 is a terminal used by the orderer R who orders and finally receives the product G, and is communicatively connected to the management server 190 through a wired/wireless communication network. do. The orderer terminal 130 can communicate with the mobile product storage device 110 , the storage device transporter terminal 135 , the product provider terminal 140 , the product wearer terminal 150 and the delivery terminal 160 through a wired/wireless communication network. can be connected The orderer R orders the product G to be purchased by accessing the product sales system (not shown) using the orderer terminal 130 , and real-time location information of the product G ordered through the orderer terminal 130 . can be provided. The ordering terminal 130 may include any information communication device capable of wired/wireless communication, such as a desktop computer, a notebook computer, a tablet PC, and a smart phone.

The storage device transporter terminal 135 transports the mobile product storage device 110 from the device management location (Z) to the delivery point (A) using the transport vehicle (165) or from the delivery location (A) to the device management location (Z) ) as a terminal used by the transporter (W) of the storage device for transporting to ), and is communicatively connected to the management server 190 through a wired/wireless communication network. The storage device transporter terminal 135 communicates with the orderer terminal 130 , the product provider terminal 140 , the product wearer terminal 150 , the packaging container manager terminal 170 , and the packaging container transporter terminal 185 through a wired/wireless communication network. possible to be connected. The storage device transporter (W) is installed in the transport instruction message and delivery base (A) of the transport target product storage device 110 located in the device management place (Z) from the management server 190 through the storage device transporter terminal 135 A collection instruction message of the collection target product storage device 110 is received. In addition, the storage device transporter (W) is also transmitted through the storage device transporter terminal 135, the transport information data on the transport location of the transport target product storage device 110 and the installation location of the recovery target product storage device 110 is transmitted.

The product supplier terminal 140 supplies the product for sale (G) and packages the product (G) in a packaging container (B) provided with a cooling means (C) to prepare a delivery product (P) by the product supplier (E) As a terminal to be used, it is communicatively connected to the management server 190 through a wired/wireless communication network. The product supplier terminal 140 may be communicatively connected to the orderer terminal 130 , the product wearer terminal 150 , the packaging container manager terminal 170 , and the packaging container transporter terminal 185 through a wired/wireless communication network. The product provider terminal 140 generates delivery information for delivery of the product G for sale and transmits it to the management server 190 . The delivery information generated by the product provider terminal 140 includes the address of the recipient, the expected delivery date and time of the delivery product (P), the quantity of the delivery product (P), the size of the delivery product (P), identification information of the delivery product (P), and the delivery product (P) ) and one or more pieces of information selected from the group consisting of storage temperature bands. The product provider terminal 140 may include any information communication device capable of wired/wireless communication, such as a desktop computer, a notebook computer, a tablet PC, and a smart phone. The product provider E may check the location of the product G delivered through the product provider terminal 140 in real time. The product supplier (E) may access the packaging container manager terminal 170 using the product provider terminal 140 to request the supply of the required amount of the packaging container (B) and the cooling means (C).

The product wearer terminal 150 is used by the product wearer (D) who transports the delivery product (P) prepared by the product supplier (E) and puts it into the storage device 110 for the product to be transported waiting at the device management place (Z) It is a terminal that is communicatively connected to the management server 190 through a wired/wireless communication network. The product wearer terminal 150 may also be communicatively connected to the product provider terminal 140 through a wired/wireless communication network. The goods wearer D receives delivery information and usage information of the transport target goods storage device 110 through the goods wearer terminal 150 from the management server 190 . As the goods wearer terminal 150, an easily portable information communication device such as a smart phone is used.

The forwarder terminal 160 releases the delivered product (P) that is stored in the product storage device 110 during use, puts the product (G) into the product receiving device 120 used by the orderer (R), and separates the product (G) from the product (G). It is a terminal used by a forwarder who puts the used packaging container (B) together with the cooling means (C) in the product storage device 110 during use, and is communicatively connected to the management server 190 through a wired/wireless communication network. The forwarder terminal 160 may be communicatively connected to the storage transporter terminal 135 and the orderer terminal 130 through a wired/wireless communication network. The forwarder T checks whether the delivery base A of the product storage device 110 is installed during use through the forwarder terminal 160 . In this embodiment, the forwarder (T) is described as a manpower employed in the apartment house, but may be a manpower employed by the operator of the management server 190 differently from this. An easily portable information communication device such as a smart phone is used as the transmitter terminal 160 .

The packaging container manager terminal 170 is a terminal used by the packaging container manager (M) who manages the cold storage means (C) together with the packaging container (B) used for packaging of the product (G), the management server 190 and Communication is possible through a wired or wireless communication network. The packaging container manager terminal 170 may be communicatively connected to the packaging container collector terminal 181 , the packaging container transporter terminal 185 , and the product provider terminal 140 through a wired/wireless communication network. The packaging container manager (M) checks the location information of the packaging container (B) from the management server 190 through the packaging container manager terminal 170, and the necessary packaging container (B) and cold storage means from the product supplier terminal 140 (C) information is provided. The packaging container manager terminal 170 classifies and stores information about the packaging container (B) and the cooling means (C) according to the type, capacity, and use state. The packaging container manager terminal 170 may include any information communication device capable of wired/wireless communication, such as a desktop computer, a notebook computer, a tablet PC, and a smart phone. The packaging container manager (M) washes the recovered packaging container (B) for recycling of the packaging container (B), and cools or repackages the refrigerant material of the cooling means (C) for recycling of the cooling means (C) so that it can be reused.

The packaging container collector terminal 181 releases the used packaging container (B) and the cooling means (C), which are stored in the used product storage device 110 located at the device management place (Z), and the packaging container manager (M) ) as a terminal used by the packaging container collector (S) to deliver it, and is connected to the management server 190 through a wired/wireless communication network to enable communication. The packaging container collector terminal 181 may be communicatively connected to the post-use product storage device 110 and the packaging container manager terminal 170 through a wired/wireless communication network. The packaging container collector M checks the packaging container recovery information provided by the management server 190 through the packaging container collector terminal 181 . As the packaging container collector terminal 181, an easily portable information communication device such as a smart phone is used.

The packaging container transporter terminal 185 is a terminal used by the packaging container transporter (F) that delivers the packaging container (B) and the cold storage means (C) provided by the packaging container manager (M) to the product supplier (E), and management It is communicatively connected to the server 190 through a wired/wireless communication network. The packaging container transporter terminal 185 is connected through a wired/wireless communication network to enable communication with the packaging container manager terminal 170 and the product provider terminal 140 . The packaging container transporter (F) receives the packaging container delivery information required for transportation of the packaging container (B) and the cold storage means (C) from the management server 190 through the packaging container transporter terminal 185 . As the packaging container transporter terminal 185, a portable information communication device such as a smart phone is used.

The management server 190 includes a mobile product storage device 110 , a product receiving device 120 , an orderer terminal 130 , a storage device transporter terminal 135 , a product provider terminal 140 , a product wearer terminal 150 , It is communicatively connected to the forwarder terminal 160, the packaging container manager terminal 170, the packaging container collector terminal 181, and the packaging container transporter terminal 185 through a wired/wireless communication network, so that the mobile product storage device 110 and product receipt It manages the overall logistics including delivery of the product (G) and the collection and supply of the packaging container (B) using the device 120 . Referring to FIG. 6 showing the configuration of the management server 190 as a block diagram, the management server 190 includes a control unit 191, a storage device information database 192, an order information database 193, and container information. It includes a database 194 , a product supplier information database 195 , a container manager information database 196 , a user information database 197 , and a communication unit 198 .

1, 2 and 8, the control unit 191 includes a storage device information database 192, an order information database 193, a container information database 194, a product supplier information database 195, and container manager information. Data is exchanged with the database 196 and the user information database 197, and the mobile product storage device 110, the product receiving device 120, the orderer terminal 130, and the storage device transporter terminal 135 through the communication unit 198. ), product supplier terminal 140, product wearer terminal 150, delivery terminal 160, packaging container manager terminal 170, packaging container collector terminal 181 and packaging container transporter terminal 185 and data Execute the logistics management program while giving and receiving. In terms of hardware, the control unit 191 may be configured as a central processing unit in which a material management program stored in a memory is executed. The function of the control unit 191 will be described later in detail through the logistics management method shown in FIG. 9 .

The storage device information database 192 is configured as a hardware memory device, and data related to information of the mobile product storage device 110 and the product receiving device 120 are stored in the storage device information database 192 . The information on the mobile product storage device 110 stored in the storage device information database 192 includes an identification number for each of the plurality of movable product storage devices 110 , a current location, and a current state (transportation target, after use, in use). and the status of the recovery target), the real-time usage status of each of the plurality of delivery product storage areas, and the real-time storage amount of recovered products stored in the recovered product storage space. The information on the product receiving device 120 stored in the storage device information database 192 includes an identification number of the product receiving device 120 , an installation location (address), and a usage state. Data input/output in the storage device information database 192 is controlled by the control unit 191 .

The order information database 193 is configured as a hardware memory device, and data related to order information generated while the orderer R orders the product G through the product sales system is stored in the order information database 193 . . Based on the order information, the controller 191 generates delivery information necessary for product delivery. Data input/output in the order information database 193 is controlled by the control unit 191 .

The container information database 194 is configured as a hardware memory device, and data related to the information of the packaging container (B) and the cooling means (C) are stored in the container information database 194 . The information of the packaging container (B) stored in the container information database 194 includes information such as the use, size, real-time location and use state of the packaging container. Data input/output in the container information database 194 is controlled by the control unit 191 .

The product supplier information database 195 is configured as a hardware memory device, and the product supplier information database 195 requires basic information (name, address, contact information, etc.) of the product supplier E and the product supplier E. Information of the packaging container (B) and the cooling means (C) are stored. Data input/output in the product supplier information database 195 is controlled by the control unit 191 .

The container manager information database 196 is configured as a hardware memory device, and basic information (name, address, contact information, etc.) of the packaging container manager M is stored in the container manager information database 196 . Data input/output in the container manager information database 196 is controlled by the control unit 191 .

The user information database 197 is configured as a hardware memory device, and the user information database 197 contains information (name, address, contact information, etc.) of the orderer (R) and information (name, contact information) of the purchaser (D). etc.), storage device carrier (W) information (name, address, contact information, etc.), forwarder (T) information (name, contact information, etc.), packaging container collector (S) information (name, contact information, etc.) and packaging Data related to information (name, contact information, etc.) of the container transporter F is stored. Using the data stored in the user information database 197, the control unit 191 guides the orderer (R), the storage device transporter (W), the goods wearer (D) and the forwarder (T) the information necessary in the delivery process. , information necessary for the recovery and supply process of the packaging container (B) and the cooling means (C) will be provided to the packaging container collector (S) and the packaging container transporter (F). Data input/output in the user information database 197 is controlled by the control unit 191 .

The communication unit 198 is controlled by the control unit 191, so that the mobile product storage device 110, the product receiving device 120, the orderer terminal 130, the storage device transporter terminal 135, the product provider terminal 140, the product It is used for communication with the wearer terminal 150 , the forwarder terminal 160 , the packaging container manager terminal 170 , the packaging container collector terminal 181 , and the packaging container transporter terminal 185 .

FIG. 9 is a flowchart illustrating an embodiment of a distribution base-based logistics management method using the delivery base-based logistics management system 100 shown in FIG. 1 . Referring to FIG. 9 , the delivery base-based logistics management method according to an embodiment of the present invention uses the delivery base-based logistics management system 100 shown in FIG. 1 , and delivery information for the delivery product P is received. On the basis of the delivery information received through the delivery information receiving step (S110) and the delivery information receiving step (S110), a specific mobile product storage device 110 to which the delivery product (P) is to be received from among the plurality of movable product storage devices 110 . ) is selected through the storage device selection step (S115) and the storage device selection step (S115), after the specific mobile product storage device 110 is selected, the product wearer (D) is instructed to wear the delivery product (P) A stocking instruction step (S120) and a stocking confirmation step (S125) in which it is confirmed that all of the goods to be delivered (P) are stocked in the specific mobile product storage device 110 selected through the storage device selection step (S115) (S125), and warehousing After it is confirmed that all of the goods to be delivered (P) are stocked in the specific mobile product storage device 110 through the confirmation step (S125), the designated delivery base of the specific mobile product storage device 110 to the storage device transporter W A storage device transport instruction step (S130) for instructing transport to A), and a storage device base installation confirmation step (S135) in which it is confirmed that a specific mobile product storage device 110 is installed at the designated delivery base (A); A product delivery instruction step (S140) instructing the forwarder (T) to put the product (G) into the product receiving device (120), and product receipt in which it is confirmed that the product (G) has been received in the product receiving device (120) Confirmation step (S145), and whether the product (G) is stored in the mobile product storage device (110) after the remaining used packaging container (B) and the cooling means (C) are stored in the mobile product storage device (110) In the confirmed container stocking confirmation step (S150), the delivery product (P) stored in the mobile product storage device 110 is all shipped out, and the packaging container (B) and the cooling means (C) are all transported to the portable product storage device 110 after use. ) in the recovery condition check step (S15) 5) and when the recovery condition of the mobile product storage device 110 is satisfied in the recovery condition check step (S155), the storage device collection instructs the storage transporter W to collect the movable product storage device 110 and an instruction step (S160).

In the delivery information receiving step (S110), delivery information on the delivery product (P) generated by the product provider terminal 140 for delivery of the product (G) is received by the management server 190 . The delivery information reception step ( S110 ) is performed when the product provider terminal 140 accesses the management server 190 to transmit delivery information and the management server 190 receives it. Delivery information for the shipment (P) received through the delivery information receiving step (S110) is the address of the orderer (R), the expected delivery date and time of the delivery product (P), the quantity of the delivered product, the size of the delivered product (P), and the delivered product It may include one or more pieces of information selected from the group consisting of the identification information of (P) and the storage temperature band of the delivery product (P). Although not shown, the delivery information received through the delivery information reception step (S110) is also transmitted to the orderer terminal 130, the product wearer terminal 150 and the forwarder terminal 160, so that the orderer (R), the product wearer ( D) and the sender (T) may confirm.

In the storage device selection step (S115), on the basis of the delivery information received through the delivery information receiving step (S110), the delivery product (P) among the plurality of mobile product storage devices 110 waiting for transport in the device management place (Z) The specific mobile product storage device 110 to be stored is selected by the management server 190 . The specific mobile product storage device 110 selected in the storage device selection step S115 is a device to be installed in the delivery base A corresponding to the delivery destination of the delivered product P. The use information (identification information and location (address) of the device management place (Z)) of the specific mobile product storage device 110 selected in the storage device selection step (S115) is provided by the management server 190 to the product wearer terminal ( 150). In the storage device selection step (S115), along with the selection of the specific mobile product storage device 110, the storage location (storage area) where the delivery product P is stored in the specific movable product storage device 110 is also selected, and the selected The storage location is also transmitted to the goods wearer terminal 150 .

In the warehousing instruction step (S120), after the specific mobile product storage device 110 is selected through the storage device selection step (S115), the delivery of the product P to the product wearer D through the product wearer terminal 150 is directed In the stocking instruction step (S120), the specific mobile product storage device 110 and storage location information selected through the storage device selection step (S115), the management server 190, through the product wearer terminal 150, the product wearer ( D) by sending Through the stocking instruction step (S120), the product wearer (D) confirms the storage location of the selected specific mobile product storage device 110 and the delivery product (P). The storage information of the delivery product P guided through the wearing instruction step S120 is also transmitted to the orderer terminal 130 and the forwarder terminal 140 .

In the stock confirmation step (S125), it is checked whether all of the goods to be delivered (P) are stocked in the specific mobile product storage device 110 selected through the storage device selection step (S115). The wearing confirmation step (S125) is confirmed by the mobile product storage device 110, and the confirmed wearing information is stored in the management server 190.

In the storage device transportation instruction step (S130), after it is confirmed that all of the goods to be delivered (P) are stocked in the specific mobile product storage device 110 through the stock confirmation step (S125), the storage device transporter W gives a specific movable product Transport to the designated delivery point A of the storage device 110 is instructed. In the storage device transport instruction step (S130), the management server 190 confirms that all of the delivery items P are stocked in the specific mobile product storage device 110, and then returns the storage device transporter terminal 135 to the specific mobile product storage device ( 110) is performed by transmitting a transport instruction message including the location information of the designated delivery base A to be installed. The storage device transporter (W), which has received the transport instruction message through the storage device transport instruction step (S130), loads the specific mobile product storage device 110 on the electric commercial vehicle, which is the transport vehicle 165, to the designated delivery base (A). It is transported and installed by disembarking the mobile product storage device 110 at the designated delivery base (A). In the process of transport by the transport vehicle 165, the mobile product storage device 110 receives power from an electric vehicle, which is the transport vehicle 165, and operates, and after getting off at the delivery base A, power is supplied at the installation location. supplied and works.

In the storage device base installation confirmation step (S135), it is confirmed that the specific mobile product storage device 110 is installed at the designated delivery base A. The storage device base installation confirmation step (S135) is to be performed by the storage device transporter (W) sending an installation confirmation message to the management server 190 using the storage device transporter terminal 135 and the management server 190 confirming it. can The installation confirmation message sent by the storage transporter (W) may also be transmitted to the forwarder (T) and the orderer (R).

In the product delivery instruction step (S140), after it is confirmed that the portable product storage device 110 is installed at the designated delivery base (A) through the storage device base installation confirmation step (S135), the product (G) is sent to the forwarder (T) It is instructed to stock the product receiving device (120). The product delivery instruction step S140 is performed by the management server 190 transmitting a product delivery instruction message to the forwarder terminal 160 . The forwarder (T), who has confirmed the product delivery instruction message, releases the corresponding delivered product (P) from the mobile product storage device (110), transports it to the point where the product receiving device (120) corresponding to the orderer (R) is located, and transports it to a packaging container ( B) and the product (G) are separated, the product (G) is put into the product receiving device (120), and the remaining packaging container (B) and the cooling means (C) are stored in the base storage device (110).

In the goods receipt confirmation step ( S145 ), it is confirmed that the goods (G) have been received in the goods receiving device (120). The product receipt confirmation step (S145) is performed by the product receiving device 120 confirming the stocking of the product G and transmitting this signal to the management server 190, or the forwarder T through the forwarder terminal 160 It may be performed by sending a confirmation message wearing the product (G).

In the container stock confirmation step (S150), it is confirmed that the packaging container (B) and the cooling means (C) remaining after the product (G) is received in the product receiving device 120 are stored in the portable product storage device (110). do. The container entrance confirmation step (S150) is performed by the mobile product storage device 110 checking the stocking of the packaging container (B) and the cooling means (C) after use and transmitting this signal to the management server 190, or the delivery terminal Through (160), the forwarder (T) can be performed by transmitting a confirmation message of the packaging container (B) and the cold storage means (C) after use.

In the recovery condition check step S155 , the recovery condition of the mobile product storage device 110 is checked. The recovery condition is whether or not all of the delivered goods P stored in the mobile product storage device 110 are shipped out, and both the packaging container B and the cooling means C are stocked in the portable product storage device 110 after use. In the recovery condition check step S155 , the recovery condition may be performed by the mobile product storage device 110 or the management server 190 .

In the storage device recovery instruction step (S160), if the recovery condition of the mobile product storage device 110 is satisfied in the recovery condition check step (S155), the storage device transporter W can collect the portable product storage device 110 directed The storage device recovery instruction step (S160) is performed by the management server 190 transmitting a storage device recovery instruction message to the storage device transporter terminal 135. The storage device transporter W, having received the storage device recovery instruction message, transports the mobile product storage device 110 installed at the delivery base A to the device management location Z using the transport vehicle 165 .

Although the present invention has been described through the above examples, the present invention is not limited thereto. The above embodiments may be modified or changed without departing from the spirit and scope of the present invention, and those skilled in the art will recognize that such modifications and changes also belong to the present invention.

100: Distribution base based logistics management system
110: portable product storage device
120: product receiving device
130: orderer terminal
135: storage device transporter terminal
140: product provider terminal
150: product wearer terminal
160: forwarder terminal
170: packaging container manager terminal
181: packaging container collector terminal
185: packaging container transporter terminal
190: management server
191: control unit
192: storage device information database
193: Order Information Database
194: container information database
195: commodity supplier information database
196: container manager information database
197: user information database
198: Ministry of Communications

Claims (21)

delete delete delete delete delete delete delete delete A vehicle comprising: a mobile product storage device for providing a low-temperature storage space maintained at a low temperature by a power source to store a plurality of delivered products at a low temperature; and
and loading and unloading equipment for loading or unloading the mobile product storage device with respect to the transport vehicle,
The mobile product storage device is loaded onto the transport vehicle at a device management location where the plurality of delivered products are stored in the low-temperature storage space,
The mobile product storage device is unloaded by the loading and unloading equipment at a delivery base where the plurality of delivered products are shipped from the low-temperature storage space,
The mobile product storage device is provided with a fork hole,
The loading and unloading equipment is fixed and installed at the delivery base,
The loading and unloading equipment includes a fork that can be inserted into the fork hole, and a fork driver for horizontally and vertically moving the fork,
Distribution base based logistics management system. A vehicle comprising: a mobile product storage device for providing a low-temperature storage space maintained at a low temperature by a power source to store a plurality of delivered products at a low temperature; and
and loading and unloading equipment for loading or unloading the mobile product storage device with respect to the transport vehicle,
The mobile product storage device is loaded onto the transport vehicle at a device management location where the plurality of delivered products are stored in the low-temperature storage space,
The mobile product storage device is unloaded by the loading and unloading equipment at a delivery base where the plurality of delivered products are shipped from the low-temperature storage space,
The mobile product storage device is provided with a fork hole,
The loading and unloading equipment is installed in the transport vehicle,
The transport vehicle includes a cargo loading plate on which the mobile product storage device is loaded,
The loading and unloading equipment includes a movement guide installed on the cargo loading plate so as to be able to withdraw, and a transfer unit for horizontally and vertically moving the movable product storage device along the movement guide,
The transfer unit includes a fork fitted in the fork hole, and a fork driver for moving the fork,
Distribution base based logistics management system. 11. The method according to claim 9 or 10,
The mobile product storage device further comprises a battery for supplying the power,
Distribution base based logistics management system. 11. The method according to claim 9 or 10,
The mobile product storage device receives power from the transport vehicle while the plurality of delivered products are moved to the delivery base while being loaded onto the transport vehicle,
Distribution base based logistics management system. delete delete delete delete delete delete delete delete delete

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