JP7108006B2 - Delivery item storage station - Google Patents

Description

The present invention relates to a delivery item storage station, which is installed in a shared space and configured to receive, deliver, ship and store items, and enables users to safely deliver and receive items. Regarding.

Recently, with the development of communication technology, various e-commerce such as mail order, Internet, cable TV, and shopping malls are actively conducted, and the number of cases where ordered products are delivered directly to homes is increasing. .

In this way, we have entered a convenient era in which we can purchase all goods through telephones and computers without going to the market or store. However, there is a problem that the delivery date and time of the ordered goods are not fixed, and the recipient must be at home in order to receive the delivered goods.

In addition, if the item is not received at the scheduled delivery time, the delivery person has to visit again the next day, which is inconvenient, and the recipient is delayed in receiving the delivered item.

In this way, incidental problems such as the problem of disposing of the item and the problem of loss of the item occur when the recipient is absent.

Therefore, there is an urgent need for technical development of unmanned home delivery reception, delivery, shipping, storage, etc. for accurate and safe delivery of externally brought items such as home delivery while ensuring the safety of condominiums.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a delivery item storage station that is installed in a shared space, can be operated unattended, and is capable of receiving, delivering, shipping, and storing items such as home delivery items.

The present invention allows multiple users to conveniently and efficiently transmit and receive delivery items.

In order to achieve the above objects, the present invention provides a shelf on which articles to be delivered are loaded between two walls which are divided and supported along the circumference inside a housing. an article storage unit that can be accommodated or separated; a main body having an inlet on one side and an outlet on the other side; and at least one of the inlet and the outlet. an goods loading unit for loading and receiving the goods to be delivered through the inlet; and transferring the goods loaded in the goods loading part to the goods storage unit and storing the goods. an article transfer section for transferring the articles to be delivered loaded in the section to the article loading section, wherein the shelf is formed to be loadable, and the shelf is connected to the main body of the article loading section and the article storage section; an item transfer section including shelf guides configured to be able to be inserted into and pulled out from between the two walls; an interface section through which delivery information or recipient information of the delivery item can be input; a control unit for controlling the operation of the delivery item storage station and for transmitting information on the delivery item input to the interface unit to a user.

According to an embodiment of the present invention, the wall has a plurality of guide grooves formed in the height direction of the wall so that the shelf can be accommodated between the two walls. The storage positions of the shelves can be adjusted in such a way that the guide grooves in which the shelves are accommodated are selected so that items to be delivered having different heights do not interfere with each other in the store.

According to an embodiment of the present invention, the shelf includes a plate on which the articles to be delivered are loaded, and is movable forward and backward along the guide groove between the two walls. In addition, the shelf has a magnetic part attached to a magnet on one side facing the shelf guide in the state that the goods are stored in the storage part.

According to an embodiment of the present invention, the shelf guide of the article transfer part includes an actuating part for transferring the shelf, and the actuating part is installed movably by a pivot shaft driven by a drive motor. , a magnet for providing an attractive force through a magnetic force to the magnetic portion of the shelf. The magnet is magnetically attached to the magnetic portion of the shelf so that the shelf is attracted to the shelf guide upon operation of the actuating portion. Also, the actuating portion operates to push the shelf from the shelf guide into the article loading portion or the article storage portion. The article transfer section includes an article elevating section that elevates the shelf guide, and the article elevating section includes a frame that supports the shelf guide so that the shelf guide can be raised and lowered, a belt that elevates the shelf guide, and the belt. and a roller that transmits the power of the drive motor to the belt. Also, the article transfer section rotates the entire article lifting section by including a rotation driving section for rotating the frame.

According to an embodiment of the present invention, the shelf guides include guide bars installed on both sides of the operating part in parallel with the pivot shaft. The guide bar is a guide for guiding the movement of the shelf in the longitudinal direction, and guides the shelf to be put into or pulled out from the article loading part by driving the operating part. It guides the articles being put into or taken out from the article storage section along the guide groove.

According to an embodiment of the present invention, the opening/closing door of the inlet comprises a transparent window so that the inside of the body can be seen.

According to an embodiment of the present invention, at least one of the inlet and outlet of the main body of the article loading section includes a height measurement sensor for measuring the height of the article to be delivered. . The height measurement sensor installed at the outlet enables accurate height measurement of the delivery item.

According to an embodiment of the present invention, the main body of the article loading unit is provided with a weight sensor for measuring the weight of the article to be delivered. A rate calculation for delivery is possible.

According to the delivery article storage station of the present invention, which is constructed as described above, it is possible for a large number of users to conveniently and efficiently send and receive delivery articles.

In particular, there is an advantage in that a delivery person can automatically and safely deliver a delivery item to a recipient at a station installed in a shared space without the courier entering the apartment.

1 is a perspective view of a delivery item storage station according to the present invention; FIG. FIG. 3 is a perspective view showing the internal configuration of a delivery item storage station according to the present invention; FIG. 4 is a diagram for explaining the configuration of an article storage unit of the delivery article storage station according to the present invention; 1 is a front perspective view of an item loading section of a delivery item storage station according to the present invention; FIG. FIG. 4 is a rear perspective view of the item loading section of the delivery item storage station according to the present invention; FIG. 4 is a perspective view showing a moving state of articles to be delivered in an article loading section of the article storage station according to the present invention; FIG. 4 is a perspective view showing an item transfer section of a delivery item storage station according to the present invention;

Since the present invention can be modified in various ways and can have various forms, the embodiments will be described in detail in the text. However, this is not intended to limit the invention to the particular disclosed form, but should be understood to include all modifications, equivalents or alternatives falling within the spirit and scope of the invention. not. In describing the figures, like reference numerals have been used for like elements.

The terms are only used to distinguish one component from another. The terminology used in this application is only used to describe particular embodiments and is not intended to be limiting of the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise.

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

FIG. 1 is a perspective view showing a delivery item storage station according to the present invention, and FIG. 2 is a perspective view showing an internal configuration of the delivery item storage station according to the present invention.

The delivery item storage station 10 according to the present invention is installed in a shared space such as an apartment house or a place where people frequently come and go, so that the delivery person or the recipient temporarily receives the delivery item P without the help of others. Can be delivered, dispatched and stored.

As shown in FIGS. 1 and 2, the delivery item storage station 10 according to the present invention has a polygonal columnar appearance and includes a housing 15 consisting of a bottom portion 11, a top portion 12 and an outer surface plate 13. include.

The delivery goods station 10 includes an goods storage part 100 for storing goods P to be delivered, an goods loading part 200 for loading and receiving the goods P, and an goods storage part for storing the goods P loaded on the goods loading part 200 . 100 or stored in the goods storage unit 100 to the goods loading unit 200; It may include an interface unit 400 capable of outputting a home delivery invoice to be attached to P, and may include a control unit (not shown) for controlling the overall operation of the delivery item station 10 .

Item storage 100 is configured for storing delivery items P inside housing 15 . As shown in FIG. 2, inside the article storage station 10, a plurality of inner spaces of a housing 15 are divided along the periphery between a bottom portion 11 and an upper end portion 12 to store the articles P to be delivered. A storable article reservoir 100 is formed. Each article storage section 100 includes two walls 110 supported and facing each other between the bottom 11 and the top 12 and a shelf 20 that can be received or separated between the two walls 110 . The goods storage unit 100 stores the goods to be delivered P loaded on the shelf 20 .

The delivery item storage station 10 may have a polygonal shape or a circular shape, and according to the illustrated embodiment, the delivery item storage station is generally formed in the shape of an octagonal column. In this case, the article storage section 100 can be formed on at least seven surfaces except one surface on which the article loading section 200 is formed.

FIG. 3 is a diagram for explaining the configuration of the article storage unit of the delivery article storage station according to the present invention.

As shown in FIG. 3, the walls 110 of the article storage unit 100 have guide grooves 111 so that the shelves 20 can be accommodated and separated between the two walls 110 facing each other. They are formed at equal intervals in the height direction of 110 . Thus, multiple shelves 20 can be arranged vertically in a row between two walls 110 .

In order to efficiently store the delivery items P according to the height of the delivery items P, the intervals between the shelves 20 are set in a plurality of standardized sets so that the stored delivery items P do not interfere with each other. A guide groove 111 in which the shelf 20 on which P is loaded can be selected. That is, when the shelf 20 loaded with the delivery items P is transferred from the shelf guide 310 to the item storage unit 100, the height of the stored delivery items P is higher than the basic set interval between the shelves 20. In this case, the shelf 20 loaded with the goods P to be delivered can be stored at a position corresponding to an adjusted set interval larger than the basic set interval.

Also, the storage position of the shelf 20 loaded with the newly stored delivery item P can be arbitrarily selected based on the height of the delivery item P stored in the item storage unit 100 and the position of the shelf 20 . Based on the position of the shelf 20 of the delivery item P stored in the item storage unit 100 and the height information of the delivery item P, the control unit selects the appropriate storage position of the shelf 20 on which the delivery item P is loaded, that is, the guide groove 111 . can be programmed to derive

Accordingly, even if the heights of the articles P to be delivered stored in the article storage unit 100 are different, the articles P to be delivered can be spatially efficiently stored in the article storage unit 100 without interfering with each other.

Empty shelves 20 may be placed in any selected location of item storage 100 . The controller can adjust the storage position of the empty shelf 20 and the storage position of the shelf 20 loaded with delivery items.

The shelf 20 has a plate on which articles to be delivered can be loaded, and is formed to be movable in the front-rear direction along the guide groove 111 between the two walls 110 . A magnetic part 21 made of a magnetic material such as ferrous metal is installed on one side of the shelf 20 . One side of the shelf 20 to which the magnetic portion 21 is attached is the position facing the shelf guide 310 in the state of being stored in the article storage section 100, and is referred to herein as the front position. The magnetic portion 21 may be made of any metal as long as it can adhere to the magnet 311a of the operation portion 311, which will be described later.

4 is a front perspective view showing an article loading section of the delivery article storage station according to the present invention, FIG. 5 is a rear perspective view showing the article loading section of the delivery article storage station according to the present invention, and FIG. FIG. 4 is a perspective view showing a moving state of articles to be delivered in an article loading section of the article storage station according to the present invention;

Referring to the accompanying drawings, the article loading unit 200 is a box-shaped case formed at a position where articles to be delivered P can be loaded, and includes a box-shaped main body 210 having front and rear openings and an opening and closing opening. doors 221, 222; An opening on one side of the main body 210 serves as an inlet 211, and an opening on the other side serves as an outlet 212. Opening and closing doors 221 and 222 are installed at the inlet 211 and the outlet 212, respectively. . The opening/closing door 221 of the inlet 211 is formed of a transparent window so that the inside of the main body 210 can be seen, and the state of loading of the goods P to be delivered can be confirmed. The opening/closing doors 221 and 222 can be installed in various opening/closing structures such as a sliding type or a hinge type.

In addition, the inlet 211 and/or the outlet 212 are provided with a height measurement sensor 230 for measuring the height of the articles to be delivered P that are introduced into the main body 210 or carried out from the main body 210 . Among the height measurement sensors 230, the height measurement sensor 230 installed at the input port 211 roughly measures the height of the goods to be delivered P, and the height measurement sensor 230 installed at the outlet 212 measures the height of the goods to be delivered. The height of P can be measured in detail.

By measuring the height of the delivery item P, the delivery item P can be stored in the item storage unit 100 so as to match the height of the delivery item P. FIG.

The article loading section 200 is provided with a weight sensor for measuring the weight of the articles P to be delivered. The measured weight information is used as a basis for calculating the shipping fee for shipping the article P to be delivered. Also, when the delivery item P is loaded on the item loading unit 200, the receipt notification and weight can be transmitted to the application of the wireless terminal carried by the user.

FIG. 7 is a perspective view showing an article transfer section of an article storage station according to the present invention. Referring to FIG. 7, an article transfer section 300 receives articles P from an article loading section 200 and It is provided for transferring to the article storage unit 100 and for transferring the delivery articles P from the article storage unit 100 to the article loading unit 200 . The article transfer section 300 is provided at a position surrounded by the article storage section 100 in the center of the interior of the delivery article storage station so that the article storage section 100 can be easily accessed.

The article transfer section 300 includes a shelf guide 310 that guides movement of the shelf 20 on which the articles P to be delivered are loaded.

The shelf guide 310 is provided with a magnet 311a that is attached to the magnetic portion 21 located in front of the shelf 20 located in the article storage section 100 and pulls the shelf 20 to load it on the shelf guide 310. A unit 311 is provided. The magnet 311a may be an electromagnet and configured to selectively generate a magnetic force. Actuating portion 311 moves to maximum proximity to magnetic portion 21 of shelf 20 located in article storage portion 100 , exerts magnetic attraction on magnetic portion 21 of shelf 20 , and moves shelf 20 to shelf guide 310 . so that it can be drawn to the center of the The operating part 311 is movably installed on a rotating shaft 313 connected to the driving motor 312 . Therefore, when the driving motor 312 is driven and the rotating shaft 313 interlocked therewith is rotated, the operating part 311 reciprocates along the guide bar 314 and pulls or pushes the shelf 20 in the horizontal direction.

The guide bars 314 are provided on both sides of the actuating portion 311 of the shelf guide 310 in the longitudinal direction parallel to the rotation shaft 313, and move in the longitudinal direction while the shelf 20 is stacked on the shelf guide 310 at a fixed position. guide things.

The shelf guide 310 is rotatably installed on the rotation driving part 320 . The shelf 20 located in the center of the shelf guide 310 of the article transfer section 300 using magnetic force is rotated together with the shelf guide 310 by the rotation driving section 320 that rotates the article transfer section 300 as a whole.

When the shelf guide 310 is rotated by the rotation driving part 320 and the main body 210 of the article loading part 200 and the shelf 20 are arranged in a row, the operating part 311 moves the shelf 20 to the main body 210 of the article loading part 200. It can be pushed inside and moved.

The article transfer section 300 includes an article elevation section 330 for raising and lowering the shelf guide 310 . The article lifting unit 330 includes a frame 335 that movably supports the shelf guide 310 and has a structure similar to that of an elevator. Allows the shelf guide 310 to be aligned with the location or location where the delivery item P is stored.

The article lifting unit 330 includes a belt 332 extending to the upper end 12 of the delivery article storage station 10 , a drive motor 331 for driving the belt 332 , and rollers 333 for transmitting the power of the drive motor 331 to the belt 332 . include. The shelf guide 310 is supported by a belt 332 and moves up and down along a frame 335 driven by a drive motor 331 .

Since the frame 335 of the article lifting unit 330 is supported by the rotation driving unit 320, the entire article lifting unit 330 can be rotated by the rotation driving unit 320 at a maximum of 360 degrees on the spot. 310 can be aligned with article storage section 100 and article loading section 200 to allow storage and withdrawal of shelf 20 .

The structure of the shelf guide 310 for transporting the shelf 20 can be modified into various structures such as a conveyor, and the article lifting unit 330 and the rotation driving unit 320 can similarly adopt various lifting structures and rotating structures. .

The goods transfer unit 300 stores or pulls out the shelf 20 loaded with the goods P to a selected position of the goods storage unit 100 by using the delivery information of the goods P to be delivered and/or the information of the recipient. can be done. At this time, the position where the articles to be delivered P are stored in the article storage unit 100 can be automatically set according to the height of the articles to be delivered P, so that the maximum efficient storage capacity can be secured.

The interface unit 400 may be installed on one side of the loading port 211 of the item loading unit 200 on the outer side of the delivery item storage station 10 . The interface unit 400 is a component that enables a deliverer or a sender to input delivery information of the delivery item P, recipient information, and the like. The interface unit 400 may be configured in the form of a touch screen panel, for example.

A deliverer or a sender inserts an article P to be delivered through the input port 211 and loads it on the shelf 20 transferred to the main body 210 of the article loading unit 200. Then, the delivery article P is accurately transmitted through the interface unit 400. It is possible to input the delivery information of the delivery item P, the recipient information, and the like. On the other hand, the interface unit 400 is also provided with an output device capable of outputting a home delivery invoice.

The goods storage unit 100 is provided with a refrigerated storage unit (not shown). Such a refrigerated storage unit may be installed as a separate space in the article storage unit 100 in a specific area, or may be set in any part of the article storage unit 100 . At this time, the refrigerating storage unit is formed as a closed refrigerating space, and the refrigerating space stores the deliverables P that require fresh storage. Here, the 'sealed refrigerating space' does not mean that it is completely sealed, but the article P loaded on the article transfer unit 300 can be moved, and the outside air can easily enter the article storage unit 100. It has a curtain or blocking membrane structure to the extent that it cannot flow into the water. Meanwhile, a cooler (not shown) is installed in the refrigerated storage unit so as to maintain a constant temperature.

The control unit controls general operations of the article storage unit 100 , the article loading unit 200 and the article transfer unit 300 . For example, the opening/closing doors 221 and 222 of the article loading section 200 are controlled by the control section. For this purpose, the opening/closing doors 221 and 222 are electromagnetic doors that are opened/closed by transmission signals from the controller. At this time, the control unit can output the home delivery invoice based on the information of the delivery article P applied from the height measurement sensor 230 and the weight sensor, and can calculate the home delivery fee.

The controller determines the storage position of the shelf 20 according to the height of the article P to be delivered, or determines the transfer of the article P to be delivered from the shelf 20 to the article loading section 200 according to the reception signal. It controls related operations of the loading unit 200 and the article transfer unit 300 .

In addition, the control unit transmits information on the delivery status of the delivery item P to the wireless terminal owned by the user based on the information input to the interface unit 400 .

In particular, when the delivery information includes the delivery item P that requires fresh storage, the control unit can move the delivery item P to the refrigerated storage unit for storage.

The method of using the delivery article storage station 10 according to the present invention will now be described.

1. At the time of home delivery, the home delivery person's wireless terminal is installed by downloading a delivery person application from an external server. The courier's wireless terminal activates the installed courier application, requests authentication information from the management server, and receives the authentication information from the management server.

The management server performs the authentication procedure requested by the wireless terminal of the delivery person. will be moved. The control section opens the opening/closing doors 221 and 222 of the article loading section 200 .

The home delivery person puts the delivery article P to be delivered onto the shelf 20 of the article loading section 200 . At this time, if the destination is the same, that is, the address is the same, multiple home deliveries can be made.

2. When the home delivery is sent, the wireless terminal of the home delivery sender downloads the sender application from an external server and installs it. The sender's wireless terminal activates the installed sender's application, requests authentication information from the management server, and receives the authentication information from the management server.

After the delivery sender inputs the sender information, the recipient information, the article items, etc. through the wireless terminal, the sender requests the authentication procedure through the wireless terminal. Once the authentication is completed, the shelf guide 310 of the article transfer section 300 will move one of the empty shelves 20 of the article storage section 100 to the article loading section 200 . The control section opens the opening/closing doors 221 and 222 of the article loading section 200 .

The parcel delivery person puts the article P to be delivered onto the shelf 20 of the article loading section 200 .

When the goods P to be delivered are placed on the shelf 20, the height sensor 230 measures the height of the goods P and the weight of the goods P through the weight sensor.

The delivery information of the delivery item P and the information of the recipient are input or confirmed through the interface unit 400, and a home delivery invoice to be attached to the delivery item P is output, and the home delivery invoice is attached to the delivery item P.

3. When the home delivery is received, the wireless terminal of the home delivery recipient downloads and installs the recipient application from an external server. The recipient's wireless terminal activates the installed recipient application, requests authentication information from the management server, and is provided authentication information from the management server.

After the delivery recipient inputs the recipient information through the wireless terminal, the recipient requests an authentication procedure through the wireless terminal. When the authentication is completed, the shelf guide 310 of the article transfer section 300 moves the shelf 20 of the article storage section 100 on which the delivery article P is stored to the article loading section 200 . The control section opens the opening/closing doors 221 and 222 of the article loading section 200 .

When the parcel delivery receiver receives the delivery item P and performs the receipt confirmation procedure through the receiver application or the interface unit 400, the opening/closing door is closed and the shelf 20 of the item loading unit 200 is moved to the item storage unit 100. will return to its storage position.

On the other hand, the operation of the delivery article storage station 10 when delivering and shipping the delivery article P will be described as follows.

First, when the delivery person or the delivery person inputs the delivery information and the recipient information of the delivery item P to the interface unit 400, the shelf guide 310 of the item transfer unit 300 moves the Vienna shelf 20 located in the item storage unit 100 by magnetic force. An attractive force is applied to move the article to the center of the article transfer section 300 . The article lifting section 330 is used to move the shelf 20 to the position of the outlet 212 of the article loading section 200 so that the position and height of the outlet 212 of the article loading section 200 are the same.

The rack guide 310 is rotated 180 degrees by the rotational power of the rotary drive unit 320, the outlet 212 is opened, and the shelf 20 is moved into the main body 210 of the article loading unit 200 by the operation of the operating unit 311, thereby opening the outlet. 212 is closed. After that, the input port 211 is opened, and the parcel delivery person and the delivery person load the delivery article P on the shelf 20 through the input port 211 of the article transfer section 300 . When the article P to be delivered is loaded on the shelf 20 through the inlet 211, the height of the article to be delivered P is measured.

After the loading port 211 is closed, the height of the delivery items P is measured by the height measuring sensor 230 provided at the carry-out port 212 when the shelf 20 loaded with the delivery items P is transferred to the shelf guide 310 of the item transfer section 300 . will be measured.

When the shelf 20 loaded with the articles P to be delivered is transferred to the shelf guide 310 and the storage position of the shelf 20 relative to the article storage unit 100 is determined according to the height of the articles P to be delivered, the rotation driving unit 320 is rotated. The rotary power causes the shelf guide 310 to rotate to a position corresponding to the loading position of the shelf 20 provided with the storage position, and then the article lifting unit 330 is used to deliver the goods according to the height of the storage position. The article P is raised.

The shelf 20 that has reached the storage position is stored in the article storage section 100 by the pushing force of the actuating portion 311 of the shelf guide 310 .

The above description of the present invention is for illustrative purposes only, and those skilled in the art to which the present invention pertains may make other specific modifications without changing the technical spirit or essential features of the present invention. It can be understood that it is possible to easily transform into a natural form. Accordingly, the embodiments described above are to be considered in all respects as illustrative and not restrictive. The scope of the present invention is indicated by the claims below, and it should be understood that all modifications or variations derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. be.

100 Goods storage unit 200 Goods loading unit 300 Goods transfer unit 400 Interface unit

Claims (8)

A delivery item storage station,
an article storage unit configured so that a shelf on which articles to be delivered are loaded can be accommodated or separated between two walls formed and supported by a plurality of partitions along the circumference inside the housing;
a main body having an inlet formed on one side and an outlet formed on the other side; and an opening/closing door installed in at least one of the inlet and the outlet, and the delivery through the inlet. an article loading station for loading and receiving articles;
an article transfer section for transferring the articles to be delivered loaded on the article loading section to the article storage section or for transferring the articles to be delivered loaded on the article storage section to the article loading section, the shelf comprising: is stackable, and includes shelf guides configured to allow said shelf to be introduced and pulled out between said main body of said article loading section and said two walls of said article storage section. Department and;
an interface unit for inputting delivery information or recipient information of the delivery item;
a control unit for controlling the operation of the delivery item storage station and transmitting information on the delivery item input to the interface unit to a user ;
The article transfer section includes an article elevation section that raises and lowers the shelf guide, and a rotation drive section that rotates the article elevation section,
The rotary drive is arranged on the bottom of the housing,
The article lifting section includes a frame installed on the rotation driving section,
The shelf guide is supported by the frame and transported up and down along the frame, a belt for lifting and lowering the shelf guide, a drive motor for driving the belt, and a roller for transmitting the power of the drive motor. The shelf guides are mounted within the frame so as to be guided,
The delivery article storage station , wherein the rotary drive section rotates the article lifting section such that the shelf guide is aligned with the main body of the article loading section and a storage position within the article storage section . A plurality of guide grooves are formed on the wall in the height direction of the wall for accommodating the shelf between the two walls, and the articles to be delivered do not interfere with each other. 2. The delivery item storage station of claim 1, wherein the storage position of the shelf is adjustable in the manner in which the guide grooves are selected. The shelf includes a plate on which the articles to be delivered are loaded, is formed to be movable in the front-rear direction along the guide groove between the two walls, and is stored in the article storage unit. 3. The delivery article storage station as claimed in claim 2 , wherein a magnetic part is installed on one side facing the shelf guide so as to be attached to a magnet. The shelf guide of the article transfer part includes an operating part for transferring the shelf, and the operating part is installed movably by a rotating shaft driven by a driving motor, and the magnetic force is applied to the magnetic part of the shelf. 4. The delivery item storage station of claim 3, comprising a magnet that provides an attractive force. 5. The shelf guide is a guide for guiding the movement of the shelf in the lengthwise direction, and includes guide bars installed on both sides of the operating part in parallel with the rotating shaft. A delivery item storage station as described in . 2. The delivery item storage station as claimed in claim 1, wherein the opening/closing door of the input port comprises a transparent window so that the inside of the main body can be seen. 2. The method according to claim 1, wherein at least one of the inlet and outlet of the main body of the article loading unit includes a height measurement sensor for measuring the height of articles to be delivered. Shipment storage station as indicated. 8. The delivery item storage station of claim 7, wherein a weight sensor for measuring the weight of the delivery item is installed on the main body of the item loading unit.

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