KR102450916B1 - A recyclable product collection apparatus, a smart logistics apparatus and a smart logistics system including the recycling product recovery apparatus - Google Patents

Abstract

Provided in the present invention is a recyclable product collection apparatus, which comprises: a case which is divided into a plurality of inner sections, each having a storage space to collect a recyclable product of different kinds; a door which is individually installed to open and close the individual storage space; and a local server which is individually arranged at each storage space, can arrange the recyclable product therein, is installed at baskets and the case which can move the same from the outside of the storage space to the inside of the storage space, or move the same from the inside of the storage space to the outside of the storage space, can receive the information of the kinds and number of the recyclable products recovered to each basket and the user collecting the same, and transmit the received information to a main server by means of a communication network. Therefore, because the recyclable product collection apparatus is divided into a plurality of inner sections, different recyclable products of various kinds may be collected. Furthermore, a basket is provided at each inner section such that recyclable products may be arranged, thereby facilitating convenience in receiving and discharging the recyclable products.

Description

A recyclable product collection apparatus, a smart logistics device and a smart logistics system including the recycling product recovery apparatus TECHNICAL FIELD

The present invention relates to a recycling product recovery device, a smart logistics device and a smart logistics system including the recycling device recovery device, and more particularly, to be disposed in each zone of the smart logistics device in which various types of recyclables are recovered, respectively, to store recyclables And by improving the convenience of shipment, it relates to a recycling product recovery device that allows the product to be recovered to be easily returned without being lost or damaged, a smart logistics device and a smart logistics system including the recycling device recovery device.

With the rapid growth of the daily logistics market, the volume of food delivery and delivery products has increased. Accordingly, when delivering products sensitive to temperature control, etc., quality and disposable/distribution packaging waste become a very big national issue. .

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

Also, in the related art, there is a problem in that efficient storage, sale and collection of recyclables is difficult because storage devices, sales devices and recovery devices for storage, sale of goods, and recovery of recyclables are individually scattered.

Korean Patent Registration No. 10-1981688

The present invention is a recyclables recovery device that is arranged in each zone of a smart logistics device in which various types of recyclables are recovered, respectively, and improves the convenience of storing and shipping recyclables, so that the product to be recovered is easily returned without being lost or damaged, and the recyclables recovery An object of the present invention is to provide a smart logistics device and a smart logistics system including the device.

According to one aspect of the present invention, the present invention is a case divided into a plurality of internal zones each having a storage space so as to collect different types of recyclables, each of which is installed to open and close each storage space. door, each disposed in each of the storage spaces, the recyclables can be placed inside, and can be moved from the outside of the storage space to the inside of the storage space, or from the inside of the storage space to the outside of the storage space A local server installed in the baskets and the case, receiving the number of types of recyclables collected in each basket and information of the user to be collected, and transmitting the received information to the main server through a communication network. , to provide a recycling product recovery device.

According to another aspect of the present invention, in a smart logistics device installed in a delivery base, a delivery product storage device in which a delivery product is stored by a supplier or a delivery person before the delivery product is received to a customer using the delivery base, the delivery product A recycling product recovery device that is combined with a storage device and is combined with a product sales device that is equipped with sales articles and can be sold to a customer, the delivery product storage device or the product sales device, and recovers packaging materials or ice packs included in the delivery product from the customer; and A local server that manages the receipt and release of delivered goods through the delivery storage device, manages the sale of goods through the article sales device, and manages information of packaging materials or ice packs recovered to the recycling recovery device and information on the collector It provides a smart logistics device, including.

According to another aspect of the present invention, the present invention is connected through a communication network with the smart logistics devices of claim 7 and the local server of each smart logistics device installed in a plurality of delivery bases, respectively, the smart logistics device It provides a smart logistics system, including a main server that manages them.

The recyclables recovery device according to the present invention, a smart logistics device and a smart logistics system including the recyclables recovery device have the following effects.

First, since the recycling device is divided into a plurality of internal zones, it is possible to collect various types of different recycling products, and each internal zone has a basket for arranging recycled products, so it is convenient to put in and exit the recycling products. .

Second, since the delivery product storage device has a temperature control function, there is an advantage in that the second and third packaging steps, which are essential for maintaining the intended temperature of the delivery product, can be dramatically reduced, and only the first packaging can be delivered to consumers.

Third, the temperature of the delivered product is maintained through the delivery vehicle from the distribution center to the delivery product storage device, and the temperature of the delivered product is maintained in the delivery product storage device until the delivery product stored in the delivery product storage device starts to be delivered to the consumer. There is an advantage in that it is possible to prevent diseases caused by the deterioration of the delivered product by minimizing the deterioration and damage of the delivered product.

Fourth, when the delivery arrives at the delivery destination, even if the consumer is not at the delivery destination, the delivery time can be flexibly stored in the delivery storage device until the consumer can receive the delivery product. It has the advantage of being adjustable.

Fifth, recyclable items among the delivered goods can be collected through the article recovery device, so there is an advantage of minimizing waste discharge and increasing the recyclability of delivery logistics resources.

Sixth, since the delivery product can be stored in the delivery product storage device, there is an advantage that the delivery flow can be continued without interruption regardless of the recent issue of apartment access restrictions.

1 is a schematic diagram showing a smart logistics system according to an embodiment of the present invention.
FIG. 2 is a schematic diagram illustrating a part of a recycling device collecting device among smart logistics devices used in the smart logistics system according to FIG. 1 .
FIG. 3 is a schematic diagram illustrating a structure of discharging recyclables from a basket disposed inside the recycling device for collecting the recyclables of the smart logistics system according to FIG. 1 .
FIG. 4 is a schematic diagram illustrating an example of a coupling structure between a basket and a space partition member disposed inside the recycling device for recycling of the smart distribution system according to FIG. 1 .
5 is a schematic diagram showing another example of the coupling structure of the basket and the space partition member disposed inside the recycling device of the smart distribution system according to FIG. 1 .
6 is a schematic diagram illustrating a structure of discharging recyclables from a basket disposed inside a recyclable collection device of a smart logistics system according to another embodiment of the present invention.
7 is a schematic diagram illustrating a structure of discharging recyclables of a basket disposed inside a recyclable collection device of a smart logistics system according to another embodiment of the present invention.
FIG. 8 is a block diagram showing the configuration of the smart logistics system according to FIG. 1 .

Hereinafter, the present invention will be described in detail by describing preferred embodiments of the present invention with reference to the accompanying drawings.

1 to 5, the smart logistics system (S) according to an embodiment of the present invention includes a smart logistics device (L) and a main server (MS). And the smart logistics device (L) includes a delivery product storage device (A), a product sales device (B), a recycling product recovery device 1000 and a local server (LS). The smart logistics system (S) according to this embodiment allows the customer to directly use the smart logistics device ( Visit L) to receive the delivered product, or have a separate delivery person deliver the delivered product stored in the smart logistics device L to the customer. In addition, the smart logistics device (L) is provided with a delivery product storage device (A) for storage of the delivery product ordered by the customer, as well as a product sales device (B) so that the customer can visit and purchase the product. In addition, the smart logistics device (L) is a recycling product recovery device ( 1000) are also available.

And the main server (MS) is connected to the local server (LS) installed in the smart logistics device (L) through a communication network. At this time, the smart logistics device (L) may be installed in each of the plurality of delivery bases. In the present embodiment, the delivery base refers to a place such as an apartment parking lot, a community center, and a village hall, but may mean a place where a lot of people gather or a place with a lot of floating population is installed so that accessibility is convenient. The main server (MS) is connected through a communication network with the smart logistics device (L) installed at each of the delivery bases, and is stored in the smart logistics devices (L) installed at each of the delivery bases It is possible to manage a plurality of smart logistics devices (L) by synthesizing information such as types and quantities of delivered or shipped products, sales products, and recovered products. The smart logistics system (S) will be described in detail below after the description of the smart logistics device (L).

The smart logistics device L includes a delivery product storage device A, an article sales device B, a recycling product recovery device 1000, and a local server LS. The delivery product storage device (A) is a device in which the delivered product is stored by a supplier or a deliverer before the delivery product is received by a customer using the smart logistics device (L) installed at the delivery base. In this embodiment, the delivery product storage device (A) is taken as an example that the first case in the form of a cuboid in which a delivery product storage space in which the delivery product can be stored is formed. In addition, the first case is provided with a delivery product storage device door capable of opening and closing the delivery product storage space. At this time, the delivery storage device door is a person who has the authority to open and close the delivery storage device door to the delivery storage device identification device (AI) installed in the delivery storage device door (supplier or deliverer for delivery of goods, It can be opened or closed by proving that the delivery person or customer) has the authority to open and close the product. In this embodiment, the delivery product storage device identification device (AI) is an electronic identification device, such as a QR code or an NFC tag, for example, but it can be changed in any other way, such as a method of tagging a smartphone or entering a password. . The act of proving that there is the right to open and close refers to the act of tagging a QR code or NFC tag using a QR code reader or NFC reader.

And the delivery product storage device (A) is provided with a delivery product storage device temperature control unit for maintaining the temperature of the delivery storage space at a set temperature. The delivery product storage device temperature control unit may serve to maintain the temperature of the delivery product storage space at a low temperature in order to maintain the temperature of the fresh food stored in the delivery product storage space or the delivery product requiring low-temperature storage at a low temperature. This is because when a supplier or a delivery company delivers a shipment to a customer and when a customer receives a shipment may not coincide, and in this case, there are shipments that may deteriorate if stored at room temperature for that time interval. That is, even if the customer who will use the smart logistics device L does not receive the delivered product for a long time, there is an advantage that the delivered product can be safely delivered to the customer without deterioration of the delivered product.

In addition, the delivery product storage device (A) is provided with a delivery product storage device sensor capable of detecting information on the delivered goods received into the delivery product storage space and the delivered goods shipped out from the delivery product storage space. The delivery product storage device sensor can communicate with the local server (LS) through a network. Accordingly, information on the quantity and type of the delivered product stored in the delivered product storage device A and information on the quantity and type of the delivered product shipped out from the delivered product storage device B are stored in the local server LS. And the information stored in the local server (LS) is transmitted to the main server (MS) through a communication network, so that the main server (MS) receives information on the delivery product storage device (A) installed in the smart logistics device (LS). can be saved

The article selling device (B) is coupled to the delivery product storage device. The article selling device (B) can be sold to a customer because the goods for sale are provided therein. In the present embodiment, the article selling device B is exemplified as a second case in the form of a rectangular parallelepiped in which a space for storing goods for sale is formed therein. In addition, the second case is provided with an article vending device door capable of opening and closing the merchandise storage space. In this case, the door of the product vending device is a person (supplier or deliverer for warehousing of delivered goods, It can be opened or closed by proving that the delivery person or customer) has the authority to open and close the product. In this embodiment, the delivery device identification device (BI) is an example of a QR code or an NFC tag, but it can be changed in any other way, such as a method of tagging a smartphone or inputting a password. The act of proving that there is the right to open and close refers to the act of tagging a QR code or NFC tag using a QR code reader or NFC reader.

The article selling device (B) is also provided with a second temperature control unit inside the same as the delivered goods storage device (A). This is because the products sold by the product selling device B may include fresh food or products requiring low-temperature storage. Therefore, since the required maintenance temperature may be different depending on the type of the product for sale, the product selling apparatus B may have a plurality of area for disposing the product for sale so that the product for sale can be partitioned and arranged according to the type.

In addition, the product selling device B has information on the type and quantity of the sale products that remain in the product sales device B and information on the type and quantity of sales products shipped out and sold from the product selling device B. A product vending device sensor capable of detecting is provided. The product vending device sensor may communicate with the local server LS through a communication network. Accordingly, information on the quantity and type of products for sale stored in the product selling device B is stored in the local server LS. And the information stored in the local server (LS) is transmitted to the main server (MS) through a communication network, so that the main server (MS) transmits information about the goods sales device (A) installed in the smart logistics device (LS). can be saved

The recycling product collection device 1000 is coupled to the delivery product storage device (A) or the product sales device (B). That is, the smart logistics device (L) according to the present embodiment has a structure in which the delivery product storage device (A), the product sales device (B), and the recycled product recovery device (1000) are integrally coupled. In the present embodiment, it is exemplified that the article selling device (B) is positioned between the delivered product storage device (A) and the recyclable product collection device (1000), but the delivered product storage device (A) and the article sales device (B) And the arrangement order of the recycling device 1000 can be changed as much as possible.

The recycling device 1000 includes an outer case 1100 , an inner case 1200 , and a basket 1300 . The outer case 1100 has a rectangular parallelepiped shape like the delivery product storage device (A) and the product sales device (B). In this embodiment, the outer case 1100 includes an outer case body 1110 , an outer case door 1120 , and an outer case identification device 1130 . The outer case body 1110 is divided into a plurality of inner sections each having a storage space to collect different types of recyclables. In the present embodiment, it is exemplified that the storage space of the outer case body 1110 is divided into three sections in the vertical direction, but the division structure of the storage space of the outer case 1100 can be changed as much as possible.

The outer case door 1120 is installed to open and close the storage space of the outer case 1110 body. A QR code or NFC tag is installed in the outer case door 1120 so that only a person authorized to open the outer case 1100 can access.

The inner case 1200 is disposed in each of the three divided areas. In this embodiment, the inner case 1200 includes an inner case body 1210 , an inner case door 1220 , an inner case rail 1230 , and an inner case identification device 1250 . The inner case body 1210 has a rectangular parallelepiped shape divided into four rectangular parallelepiped sections that are storage spaces for storing recyclables. When the four rectangular parallelepiped zones are referred to as a first zone, a second zone, a third zone, and a fourth zone, the first zone has an inner case first door 1221 and the second zone has an inner case second door ( 1222), a third inner case door 1223 is installed in the third area, and an inner case fourth door 1224 is installed in the fourth area. The first door 1221 to the fourth door 1224 serve to open and close the rectangular surfaces constituting the first to fourth zones.

The inner case rail 1230 is formed on the inner surface of the inner case body 1210 . The inner case rail 1230 enables the basket 1300 to move in and out of the inner case body 1210 while sliding along the inner case rail 1230 . In this embodiment, it is exemplified that the inner case rail 1230 is installed to face each other in the left and right direction (horizontal direction) on the inner surface of the inner case body 1210, but the installation structure of the inner case rail 1230 can be changed as much as possible, and can be changed to other devices that are convenient to put in and take out the basket 1300 . In addition, the inner case 1200 is provided with a recyclable product recovery device sensor (sensing unit) capable of detecting information on the recyclables received into the inner case 1200 storage space and the recyclables discharged from the recyclables storage space. The recyclables collection device sensor can communicate with the local server (LS) through a network.

For example, the inner case identification device 1250 is installed one by one on the inner case door 1220 . The inner case identification device 1250 may be a QR code or NFC tag similar to that of the external case identification device 1130, but is not limited thereto. In addition, the inner case identification device 1250 may be installed inside each of the inner case body 1210 to collect information on recyclables.

In the basket 1300, when recyclables are directly placed in the storage space of the inner case 1200, the inside of the storage space of the inner case 1200 may become dirty, and may not be visually pleasing, and It is disposed to solve the inconvenience of not being able to take it all out at once when taking it out from the storage space of the inner case 1200 . In this embodiment, the basket 1300 includes a basket for collecting (collecting) waste ice packs, a basket for collecting (collecting) waste boxes, a basket for collecting (collecting) waste PET bottles, and a basket for collecting (collecting) waste lunch boxes. include Of course, the basket 1300 may include a basket for collecting other types of recyclables. In this case, the waste plastic bottle and the like may be made of a reused product, that is, waste plastic.

Referring to FIG. 3 , the basket 1300 has a storage space therein and has a rectangular parallelepiped shape with an open top. At this time, the lower surface of the basket 1300 can be opened and closed in order to easily take out the recyclables in which the storage space of the basket 1300 is arranged. Specifically, the basket 1300 includes a basket side part 1310 and a basket opening/closing part 1320 . In this case, the front part of the side part 1310 of the basket may have an open shape. That is, the basket side part 1310 means a side surface of the basket 1300 , and the basket opening/closing part 1320 means a lower surface of the basket. In the present embodiment, the basket opening and closing part 1320 may be opened and closed while rotating around any one of the four side corners of the basket side part 1310 . Accordingly, a collector (collector) who collects the recyclables collected in the recyclables recovery device 1000 takes out the basket 1300 along the inner case rail 1230 and then opens the basket opening and closing part 1320 to open the By allowing the recyclables contained in the basket 1300 to be discharged downward, the recyclables can be easily taken out. At this time, a locking device that can be fixedly coupled to the side of the basket 1300 is installed on a portion of the lower surface of the basket 1300 that faces the portion that rotates in a state coupled to the side of the basket 1300. have.

Referring to FIG. 4 , the basket 1300 further includes a space partitioning member 1330 forming a plurality of partitioned spaces so that the waste ice pack can be stored by sliding. The space partition member 1330 includes a space partition member body 1331 and a space partition member protrusion 1332 . The space partition member body 1331 is detachable from the inside of the basket 13000 through the opened upper part of the basket 13000, or sliding and detachable from the inside of the basket 13000 through the one side of the basket 1300. The space partition member body 1331 is a portion disposed to be in close contact with the lower surface of the basket 1300 and has a plate shape, for example. The space partition member protrusion 1332 is formed on the space partition member body 1331 As a portion protruding to extend upward, a plurality of portions are formed to be spaced apart on the space partition member body 1331. Although the drawing shows that the space partition member protrusions 1332 are spaced apart at the same distance, the The space partition member protrusion 1332 may be formed to be spaced apart at different distances to accommodate waste ice packs of various sizes. , it is sufficient if the waste ice pack is high enough to maintain an upright state without falling. The space partitioning member 1330 may be inserted through an open portion of the upper portion of the basket 1330, and the basket 1330. It can also be inserted sliding through the front of the.

Referring to FIG. 5 , the basket 1300 further includes a space partitioning member 1330 ′ forming a plurality of partitioned spaces to insert and store waste plastic bottles by sliding. The space partition member 1330 ′ includes a space partition member body 1331 ′ in which a space partition member groove 1331a ′ is formed. The space partition member body 1331 ′ has a plate shape so that the lower surface is in close contact with the lower surface of the basket 1300 , and the upper surface has a space partition member groove (PET bottle seating groove) 1331a so that the waste plastic bottle can be inserted and seated. ) are formed so as to be spaced apart. The space partitioning member 1330 may be inserted through an open portion of the upper portion of the basket 1330 or may be slidably inserted through the front surface of the basket 1330 . In the drawing, it is exemplified that only one space partition member 1330 ′ is disposed, but the space partition member 1330 ′ may be seated in a plurality of layers so as to be vertically spaced apart from each other in the basket 1300 . At this time, a fixing member for preventing the space partitioning member 1330 ′ from descending downward by being coupled to the side surface of the basket 1300 may be installed.

In this embodiment, it is exemplified that the outer case 1100 and the inner case 1200 are respectively included, but only the outer case 1100 may be included. In this case, the basket (the outer case 1100 may have the same structure as the inner case 1200 ).

The local server LS manages the receipt and release of the delivered product through the delivery product storage device A. In addition, the local server LS manages the sale of goods through the article sales device B, and manages information on packaging materials, ice packs, and information on a collector (collector) that are recovered by the recycling device 1000 . and manages the shipment information of the recovered packaging materials and ice packs. And the local server (LS) is the identification device installed in at least one of the delivery product storage device (A), the product sales device (B) and the recycling device 1000, the customer, the supplier, or the delivery person is their identity. Stores customer information, supplier information, and delivery information input when tagging means that can verify The input customer information, supplier information and delivery information is stored in the main server (MS) that manages the smart logistics device (L). In this embodiment, the identification device is an example of a QR code or an NFC tag, but the type of the identification device is freely changeable. And in this embodiment, when the local server LS is installed in the recyclables collecting device 1000, the local server LS is installed in the outer case 1100 of the recyclables collecting device 1000, and another A local server LS may be installed in the inner case 1200 . That is, the first local server LS that manages the delivery product storage device A, the product sales device B, and the recyclable product recovery device 1000 and the inside of the recycled product recovery device 1000 are included. A second local server LS for managing each of the inner cases 1200 may be installed in each case 1200 . The second local server (LS) receives the type and number of recyclables recovered to the basket 1300 and information of the user to be collected, and transmits the received information to the first local server (LS) through a communication network. or transmitted to the main server (MS). Of course, when the inner case 1200 is not separately disposed inside the outer case 1100 and the basket 1300 is directly disposed inside the outer case 1100, the role of the second local server LS is performed by the first local server (LS).

In addition, when a customer who directly visits to receive the delivered product stored in the delivered product storage device (A) purchases the product from the product sales device (B), the local server (LS) sets the price of the sale product to that of the delivered product. According to the price, a first set discount rate is applied to sell at a discounted price. This is to improve the use efficiency of the smart logistics device (L) by giving a kind of incentive to customers who use the smart mulleu device (L) to receive a delivery product and purchase a sale product.

In addition, when a customer who collects recyclables in the recyclables collection device 1000 purchases the sale products from the product sales device B, a second set discount rate is applied to the price of the sale products according to the type and quantity of the recovered recyclables. so that it is sold at a discounted price. At this time, the local server LS determines that the first set discount rate is set to the second discount rate when the recyclables recovered by the recyclables collection device 1000 are different from those discharged from the delivered products shipped from the delivery storage device A. Make it larger than the set discount rate. However, when the recyclables recovered by the recyclables collection device 1000 are the same as those discharged from the delivered products shipped from the delivery storage device A, the second set discount rate is set to be greater than the first set discount rate. This is to increase the recycling rate of packaging paper or ice packs included in the delivered product by increasing the recovery rate of the recycled product discharged from the delivered product shipped from the delivery product storage device (A).

And although not shown in the drawings, the smart logistics system (S) may further include a washing device (not shown) for washing the collected recyclables. Recyclables that are usually recovered are often contaminated with contaminants, so it is necessary to first wash them after they are collected. The washing device may have various structures as long as it is capable of removing contaminants attached to the recyclables. In addition, the washing device may be provided with a scanner (not shown) for authenticating the recycled products that are input before putting the collected recycled products into the washing device. That is, the recovered recyclables may be washed in the washing device after going through an authentication procedure such as information on the recyclables collected through the scanner before being put into the washing device. The scanner is connected to the main server (MS) through a communication network, so that information on the recyclables put into the washing device can be transmitted to the main server (MS).

In addition, an electronic identification device similar to the external case identification device 1130 or the internal case identification device 1250 may be inserted into the recovered recyclables themselves. The electronic identification device may be a QR code, an NFC tag, or a barcode including an encrypted URL. Therefore, the customer who puts the recyclables into the recyclables recovery device 1000 recognizes the recyclables in the customer’s mobile phone and then puts the recyclables into the recyclables recovery device 1000 so that they are directly recovered without going through the recyclables recovery device sensor You can proceed with the certification process to certify information on recyclables. The customer can provide authentication-processed information to the local server (LS) or the main server (MS) through a communication network through a mobile phone. There is an advantage in that recyclables can be conveniently and efficiently collected through the washing device and the authentication procedure.

Referring to FIG. 6 , a smart logistics system according to another embodiment of the present invention includes a smart logistics device (not shown) and a main server (not shown). The smart logistics device includes a delivery product storage device (not shown), an article sales device (not shown), and a recycling product recovery device (not shown). The recycling device collecting device includes an outer case (not shown), an inner case (not shown), and a basket 2300 . The smart logistics system according to this embodiment differs only in the structure of the basket 2300 when compared with the smart logistics system according to FIGS. Explain.

The basket 2300 includes a basket side part 2310 and a basket opening/closing part 2320 . The basket side part 2310 has a structure similar to that of the basket side part 2310 according to FIGS. 1 to 5 . The basket opening/closing unit 2320 includes a basket first opening/closing unit 2321 and a basket second opening/closing unit 2322 . The basket first opening/closing part 2321 is coupled to any one of the basket side parts 2310 to have a rotatable structure. And the basket second opening/closing part 2322 is coupled to the basket side part 2310 facing the basket side part 2310 to which the basket first opening/closing part 2321 of the basket side part 2310 is coupled to form a rotatable structure. have At this time, the first opening/closing part 2321 and the second opening/closing part 2322 of the basket rotate in a direction close to each other and are in close contact with each other when disposed at a right angle to the side of the basket 2310, and the lower surface of the basket 2300 of the closure. That is, when the basket first opening/closing part 2321 and the basket second opening/closing part 2322 are in close contact with each other, the lower surface of the basket 2300 is closed, and when the basket 2300 is rotated away, the lower surface of the basket 2300 is opened. The basket 2300 according to the present embodiment has the advantage of being able to easily recycle the recyclables inside the basket 2300 even through a small rotation distance of the basket opening and closing part 2320 compared to the basket 1300 according to FIGS. 1 to 5 . .

Referring to FIG. 7 , a smart logistics system according to another embodiment of the present invention includes a smart logistics device (not shown) and a main server (not shown). The smart logistics device includes a delivery product storage device (not shown), an article sales device (not shown), and a recycling product recovery device (not shown). The recycling device collecting device includes an outer case (not shown), an inner case (not shown), and a basket 3300 . Since the smart logistics system according to this embodiment differs only in the structure of the basket 3300 when compared with the smart logistics system according to FIGS. 1 to 5, the description of the remaining components is omitted and only the structure of the basket 3300 is specifically Explain.

The basket 3300 includes a basket body 3310 and an upper extension portion 3340 of the basket. The basket body 3310 has a structure similar to that of the basket side portion 1310 and the basket lower surface portion 1320 according to FIGS. 1 to 5 . The basket upper extension portion 3340 is coupled to the upper portion of the basket body 3310 and has a structure capable of compression or expansion and contraction. That is, when the basket 3300 is taken out of the inner case in a state in which the recyclables are disposed in the basket 3300, the basket upper extension 3340 includes the recyclables disposed in the basket 3300 in the basket ( 3300) is installed to prevent overflow beyond the side. That is, the basket upper extension 3340 is compressed when the basket 3300 is disposed inside the inner case, and is expanded when the basket 3300 is drawn out of the inner case. It serves to increase the accommodation volume of the basket 3300 . The basket upper extension portion 3340 is formed entirely on the upper portion of the basket body 3310 along the upper edge of the basket body 3310 . The basket upper extension part 3340 may be manually extended by a user such as a collector or a customer who draws out the basket 3300, and may be moved by a transmission device that compresses and expands the basket upper extension part 3340. may be

The smart logistics system (S) is a main server connected through a communication network with the smart logistics device (L) of FIG. 1 and the local server (LS) of each smart logistics device respectively installed in a plurality of delivery bases ( MS). The local server (LS) has information on the delivered products stored in the delivery storage device (A), information on the products for sale stored in the product sales device (B), and information on the items for sale that are recovered in the recycling device (1000). It transmits the first information about recyclables such as packaging materials or ice packs to the main server (MS).

The main server (MS) is the first to the supplier terminal used by the supplier or the deliverer terminal used by the deliverer so that the supplier or the deliverer can know information about the excess or insufficient quantity of the delivered product and the sale product. transmit information And in order to help the collector to determine the collection time and collection movement, the first information on the type and quantity of the packaging material or ice pack recovered in each of the smart logistics devices L is transmitted to the collector terminal used by the collector. do.

And the main server (MS), when the collector collects recyclables through a plurality of smart logistics devices (L) installed at each delivery base, the collector uses the collection path that can be collected in the shortest distance or in the shortest time. Transmit over the communication network to the collector terminal. This is to improve the collection efficiency of the collector. And when the number of items for sale stored in the product sales device B is less than or equal to a set quantity, the main server MS provides a supplier or a distributor with second information about the smart logistics device in which the number of items for sale is less than or equal to the set quantity. do. The main server (MS) transmits the second information to a provider terminal or a delivery terminal through a communication network.

And the main server (MS), when the recyclables of the set quantity or more are recovered in the recyclables collection device 1000, the main server (MS) third information about the smart logistics device (L) in which the recyclables of the set quantity or more are recovered to provide. The main server MS transmits the third information to the collector terminal through a communication network so that the collector collects the recyclables.

In addition, the main server pays a compensation coin in the form of electronic money to the customer terminal used by the customer in response to the type and quantity of recyclables that the customer puts into the recycling collection device 1000 . The type and quantity of recyclables received in the recyclables collecting device 1000 is detected by a sensor installed in the recyclables collecting device 1000, and the sensed information is transmitted to the local server LS, and the local server LS ) transmits the sensed information to the main server (MS) and pays a reward coin from the main server (MS) to the customer terminal. However, the present invention is not limited thereto, and compensation coins may be directly paid from the local server LS. In addition to the above reward coins, local currency in the form of electronic money, points that can be used through a customer terminal, etc. may be paid.

Referring to FIG. 8 , FIG. 8 is a block diagram illustrating the configuration of the smart logistics system according to FIG. 1 . According to this, the delivered goods delivered from the distribution center are stored in the delivery/storage device (meaning the smart distribution device of FIG. 1 ). At this time, the local server installed in the delivery/storage device transmits the arrival of the delivered product to the main server through the communication network, and displays it on the display screen installed in the delivery/storage device. And the local server monitors the temperature at which the delivered product is stored, and performs temperature control to maintain an appropriate temperature required according to the delivered product. It also monitors the storage location where the shipment is stored and the condition of the door of the shipment storage device. And these items are stored as images through the security camera installed in the delivery/storage device, and the stored images are transmitted by the local server to the main server through the communication network.

And, by introducing a security/authentication device, such as a QR code or NFC tag, to open and close the delivery/storage device, the risk of loss of delivered items, sale items, and recyclables stored in the delivery/storage device is minimized.

The delivered product stored in the delivery/storage device is delivered to the final consumer (customer). Of course, the end consumer may directly visit the delivery/storage device to receive the delivery. In this case, the end consumer verifies that he has the right to withdraw the delivered product by entering customer information by connecting to the local server or the main server with the terminal of the end consumer using an application. If there is a separate deliverer, the deliverer can withdraw the delivered product using information about the deliverer already stored in the main server.

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

S: Smart Logistics System
L: Smart Logistics Device
A: Shipment storage unit
B: Goods selling device
1000: recycling product recovery device
1100: outer case
1110: outer case body
1120: outer case door
1130: outer case identification device
1200: inner case
1210: inner case body
1220: inner case door
1221: inner case first door
1222: inner case second door
1223: inner case third door
1224: inner case fourth door
1230: inner case rail
1250: inner case identification device
1251: inner case first identification device
1252: inner case second identification device
1253: inner case third identification device
1254: inner case fourth identification device
1300, 2300, 3300: Basket
1310, 2310, 3310: basket body
1320, 2320: basket opening and closing part
1330: space partition member
1331: space partition member body
1332: space partition member protrusion
2321: first opening and closing part of the basket
2322: basket second opening and closing part
3340: basket upper extension
LS: local server
MS: main server

Claims (2)

a case including a case body divided into a plurality of inner sections each having a storage space so as to collect different types of recyclables;
It is disposed in each of the storage spaces, and the recyclables can be placed inside, and can be moved from the outside of the storage space to the inside of the storage space, or can be moved from the inside of the storage space to the outside of the storage space. baskets with; and
A local server installed in the case, receiving input of the type and number of recyclables collected in each basket and information of the collecting user, and transmitting the received information to the main server through a communication network;
Recyclables collection device. The method according to claim 1,
The case is
Further comprising doors respectively installed to open and close the respective storage spaces,
Recyclables collection device.

Images