JP4601147B2 - Logistics system using stations - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a physical distribution system using a station that delivers goods purchased via a communication network such as the Internet or information distribution using a nearest station.
[0002]
[Prior art]
In recent years, the Internet has become widespread as an information network open to the world, and various products are ordered and purchased via the Internet and communication networks such as information distribution, and those ordered products are purchased by any logistics system. Has been passed to.
Most of the items ordered above are delivered to the purchaser using a courier. As a method, the clerk visits the delivery destination's home and hands over the courier. In addition, a collective housing such as a condominium is provided with a courier box for receiving a courier at the entrance so that the courier can be received later even in absence.
[0003]
[Problems to be solved by the invention]
However, when the above-mentioned conventional delivery agent delivers the delivery service to the home, there is an inconvenience that the delivery service cannot be received when the housekeeper is away. In particular, when the whole family is working, as in recent years, it is difficult to receive courier service, and it must be delivered at night or on holidays when the householder is at home. In addition to the number of days required, the delivery burden on the courier increased.
[0004]
In addition, when a courier box is provided to receive a courier, you can receive the courier even when you are away, but only residents of condominiums that have such a courier box can use it. Neither was it available to anyone.
[0005]
Therefore, the present invention has been made to solve the above-described drawbacks, and a product purchased via a communication network such as the Internet or information distribution is delivered by a courier according to the instruction / designation of the purchaser. The object of the present invention is to provide a logistics system using a station that can receive goods by using the nearest station as a relay station.
[0006]
[Means for Solving the Problems]
  In order to achieve the above object, the present invention according to claim 1A logistics system that uses a station to receive goods with a locker installed at a station, and that uses the station. The logistics system uses a delivery device that performs a procedure for delivering goods and a locker that has a storage room for storing the goods. The storage device receives the authentication data related to the product purchased by the customer from the server used by the virtual store that sold the product, and the input from the customer An input unit that accepts the data, a confirmation unit that confirms a match between the data received by the input unit and the authentication data stored in the storage unit, and a guide unit that guides the location of the locker that stores the product. The locker has a release unit that releases a lock mechanism of a door of a storage chamber that stores the product, and the input unit is connected to the customer terminal used by the customer from the server. The input of the received delivery data is received, the confirmation unit confirms a match between the received delivery data and the authentication data stored in the storage unit, and the guide unit is a place of a locker for storing the product A distribution system using a station is provided, in which the release unit of the storage room that stores the product displays the information and indicates that the lock mechanism of the door of the storage room is released by receiving the delivery data again. To do.
[0007]
  The invention according to claim 2A logistics system that uses a station to receive goods with a locker installed at a station, and that uses the station. The logistics system uses a delivery device that performs a procedure for delivering goods and a locker that has a storage room for storing the goods. The storage device receives the authentication data related to the product purchased by the customer from the server used by the virtual store that sold the product, and the input from the customer An input unit that accepts data, a confirmation unit that confirms a match between the data received by the input unit and the authentication data stored in the storage unit, a settlement unit that settles the product, and a location of a locker that stores the product The locker has a release unit that releases the lock mechanism of the door of the storage chamber for storing the product, and the input unit is the server. Accepting the input of delivery data transmitted to the customer terminal used by the customer, the confirmation unit confirms the match between the accepted delivery data and the authentication data stored in the storage unit, the settlement unit, After confirming the match, the credit card processing is performed by reading the customer's credit card, and the guide unit displays information indicating the location of the locker for storing the product, and the storage room for storing the product The release unit provides a logistics system using a station that releases the lock mechanism of the door of the storage room by receiving the input of the delivery data again.
[0008]
  The invention according to claim 3SaidThe guide sectionSaidA liquid crystal display that guides the location of the locker with a liquid crystal image;SaidProvided is a physical distribution system using a station having a voice output unit that provides guidance based on voice data recorded in a storage unit.
[0009]
  The invention according to claim 4SaidIn each locker storage room, the customerSaidAfter confirming the location of the locker by a guide unit, a distribution system using a station is provided, which is provided with a notification unit for notifying the position of a specific storage room provided in the locker.
[0010]
  The invention according to claim 5SaidThe storage room will provide a logistics system using the station, which is equipped with refrigeration and freezing functions that can be adjusted at a constant temperature to store frozen products.
[0011]
  The invention according to claim 6SaidThe door of the storage room usually consists of a liquid crystal panel that cannot be seen through,SaidBy the operation of the notification section that informs the position of the specific storage room,SaidA logistics system using a station that can see and check the products stored in the storage room by operating the liquid crystal panel.
[0012]
  The invention according to claim 7 provides:SaidTransparent door that can see through the interior of the storage room doorAlsoProvides a logistics system using a station consisting of a grid.
[0014]
DETAILED DESCRIPTION OF THE INVENTION
Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a configuration diagram of a logistics system using a station according to the present invention, FIG. 2 is a flowchart showing a specific example of a logistics system using a station according to an embodiment of the present invention, and FIG. 3 shows a station according to the present invention. FIG. 4 is a processing diagram of a virtual store showing an embodiment, FIG. 5 is an enlarged front view of a receiving apparatus showing an embodiment, and FIG. 6 is an embodiment. FIG. 7 is an enlarged perspective view of the main part of the storage room showing the embodiment, FIG. 8 is an enlarged perspective view of the main part of the storage room showing the embodiment, and FIG. The principal part expansion perspective view of the storage chamber which shows the example of an embodiment, FIG. 10: is an expanded sectional view of the door which shows the embodiment.
[0015]
In FIG. 1, a logistics system of the present invention includes a customer terminal 1 used by a customer, a server 2 that provides a service, a receiving device 4 that performs product delivery procedure processing, and a locker 5 that includes a number of storage rooms 51 for storing products. It is comprised by.
[0016]
The customer terminal 1 is connected to a virtual store 21 that publishes product information built on the server 2. The customer terminal 1 is usually connected to the virtual store 21 using a computer terminal installed at home, company, etc., but is not necessarily a computer terminal. For example, a mobile phone (i-mode terminal), a dedicated machine installed in a convenience store, etc., which can be connected to the virtual store 21 may be used.
[0017]
The server 2 that can be connected from the customer terminal 1 is operated by a company that provides products, and the company stores a virtual store 21 that introduces its products, an application unit 22 that inputs authentication data related to customers, and all products. Is composed of a management unit 23 that manages authentication data and a transmission unit 24 that transmits authentication data. In the server 2, business management processing which is the center of the communication network is performed by a host computer.
[0018]
The virtual store 21 uses WWW (World Wide Web), and this WWW is an information search system provided on the Internet. The virtual store 21 is usually a website (homepage) operated by a company or the like. In the virtual store 21, products introduced by the company are posted, and there is detailed information on the products of the company, and the product information is also introduced by product images (still images, moving images), characters, and voices. Is done. The product information is constantly updated to the latest information. For example, there are weekly and monthly magazines that are regularly published by publishers. As a result, the customer can connect to the virtual store 21 using the customer terminal 1 from any place, so that those who are busy in the daytime or night shift can check the product information all day (morning and evening) and purchase the product. Convenient.
[0019]
As a procedure for a customer to connect to the virtual store 21 and search for a product, for example, as shown in FIG. 4, when the customer connects to the virtual store 21, a product search page 21a is displayed and a desired product can be searched. . The product search includes a list of product names, genres, and company names, which can be searched by purpose. Next, it proceeds to the product information page 21b according to the search result, and the product introduced by each company is described in detail there. The customer finds the desired product A, determines that product A, and then proceeds to the product order page 21c to place an order. The product order page is provided with an application unit 22 for inputting data to the customer. In the application section 22, the customer's name, address, telephone number, product number, desired delivery date, desired station name, and credit card number are input and transmitted to the server 2 as authentication data.
[0020]
The management unit 23 that has confirmed the authentication data manages all products provided by the company. The management unit 23 checks the inventory, collection, delivery date, etc. of the product A based on the authentication data, determines the slip number of the product A, and transmits these to the transmission unit 24 as delivery data. At the same time, the transportation company is arranged to deliver the ordered product A to a locker installed at the station. The management unit 23 may be installed as a separate product management center 3.
[0021]
The transmission unit 24 to which the authentication data is transmitted from the management unit 23 is provided in the virtual store 21. The transmission unit 24 transmits the delivery data determined by the management unit 23 to the customer terminal 1. In addition, the customer transmits a question about the product A ordered using the customer terminal 1 and further detailed product information to the transmission unit 24 by e-mail, and the e-mail is received by the transmission unit 24. Therefore, the transmission unit 24 is where data is transmitted and received between the customer terminal 1 and the server 2.
[0022]
The receiving device 4 to which the authentication data is transmitted includes a storage unit 41 for storing data, an input unit 42 for inputting data, a confirmation unit 43 for confirming data matching and matching, a settlement unit 34 for settlement of merchandise, and a locker It is comprised from the guide part 45 which guides 5 places.
[0023]
The flow of product delivery will be described. As shown in FIG. 6, a staff member 46 is assigned in the vicinity of the reception device 4 installed in the station. This clerk 36 is not a clerk who accepts delivery of the product A, but is assigned when there is a failure or the like in the main body of the receiving device 4 or when an untrustworthy person is found. Thereby, when an abnormality occurs in the receiving device 4, it is possible to respond immediately, and the customer can receive the product A with peace of mind. For example, a staff member or a guard member of the station is assigned to the staff member 36.
[0024]
The storage unit 41 of the accepting device 4 transmits authentication data regarding the product A ordered by the customer from the management unit 23 of the server 2, and receives and stores the authentication data. The storage unit 41 stores only the authentication data transmitted from the management unit 23 of the server 2 and is built inside the reception device 4 and has a reception function. As will be described later, when the customer receives the product A, the authentication data stored in advance in the storage unit 41 is compared with the delivery data input to the input unit 42 when the customer receives the product A. is there.
[0025]
The input unit 42 of the accepting device 4 is a place for inputting the delivery data distributed in advance from the transmitting unit 24 of the server 2 to the customer terminal 1 when receiving the product A ordered by the customer. As shown in FIG. 4, the input unit 41 includes an input key 41a for inputting delivery data, a confirmation key 41b when input of delivery data is confirmed, and a cancel key 41c when there is an error in delivery data input. Consists of. The input key 41a, the confirmation key 41b, and the cancel key 41c may be any one that can input delivery data such as a push button type or a liquid crystal touch panel.
[0026]
The delivery data input to the input unit 42 is confirmed by the confirmation unit 43 with the authentication data. The confirmation unit 43 calls the authentication data stored in advance in the storage unit 41 and confirms the collation match with the delivery data. As a result of the collation, when it is confirmed that the delivery data and the authentication data match, the settlement of the product A is performed thereafter. When it is confirmed that the delivery data does not match, the delivery of the product A is stopped at that time. Alternatively, the delivery data is input again to the input unit 42. Therefore, the confirmation unit 43 confirms the identity of the customer, and also starts to receive the product A.
[0027]
When the data match is confirmed, the settlement unit 44 settles the product A. As shown in FIG. 5, the settlement unit 44 includes a display unit 44a for displaying the amount of the product A, an insertion unit 44b for inserting a customer's credit card, and an issuing unit 44c for issuing a receipt. An operation procedure in the settlement unit 44 will be described. First, the customer inserts a credit card into the insertion unit 44b, and the settlement unit 44 checks whether the credit card belongs to the customer himself / herself, a credit card company, an expiration date, or the like. After the confirmation, the price of the product A is digitally displayed on the display unit 44a, and then the receipt of the product A is issued by the issuing unit 44c.
[0028]
After confirming the settlement of the product A, the guidance unit 45 then takes a guidance route to the locker 5. As shown in FIG. 5, the guide unit 45 includes a guide liquid crystal unit 45 a that guides the arrangement of the reception device 4 and the locker 5 installed in the station premises by a liquid crystal image, and a voice output unit 45 b that guides by electronic voice. Yes. The guide liquid crystal unit 45a is composed of a liquid crystal panel, and operates after confirming the settlement of the product A. The guidance liquid crystal unit 45a displays the reception device 4 and the locker 5 arranged in the actual station, and also displays the array element number 54 in the actual locker 4. The voice output unit 45b records and guides a guidance route from the reception device 4 to the locker 5 in advance by electronic voice. The guidance liquid crystal unit 45a and the voice output unit 45b provide guidance (guidance route) from the receiving device 4 to the locker 5 at the same time. As shown in FIG. 5, guidance is performed in accordance with the arrow displayed by the guidance liquid crystal unit 45a and from the voice output unit 45b. Accordingly, since the guidance is provided by the liquid crystal image and the voice, the customer can easily grasp from the reception device 4 to the locker 5. Further, the guide unit 45 can be reproduced by electric control.
[0029]
The customer goes to the locker 5 based on the route guided by the guide unit 45 of the reception device 4. A plurality of the lockers 5 are installed around the reception device 4, and as shown in FIG. 5, the lockers 5 are provided with a large number of storage chambers 51. As shown in FIG. 6, the storage chamber 51 is provided with a notification unit 52 that informs the position of the storage chamber 51, a door 54 of the storage chamber, and a lock mechanism provided on the door 54, and a release unit 53 that releases the lock mechanism. And are provided.
[0030]
The storage room 51 is a place for storing the product A ordered by the customer. The size of the storage chamber 51 is set to a certain size. The physical distribution system of the present invention has a limit on the size of the product because the merchandise transaction is performed using the station, and the customer takes the product home when returning to the company. For example, books and shoes are supported, but large televisions and bicycles are excluded.
[0031]
The notification unit 52 of the storage room 51 notifies the position of the storage room 51 where the product A ordered by the customer is stored. After settlement of the commodity A by the accepting device 4, an instruction command is sent from the accepting device 4 to the storage room 51 by electrical control, and the notification unit 52 is activated. Thereby, the customer can easily find the positions of the plurality of storage rooms 51. In addition, the notification unit 52 emits light at a constant light level or randomly using a light bulb or the like.
[0032]
As shown in FIG. 7A, the door 54 of the storage chamber 51 is usually formed of tempered glass, aluminum, or the like so that the product A stored inside the storage chamber cannot be confirmed. Care is taken so that no one other than the customer who ordered it can see it.
[0033]
Further, as shown in FIGS. 7B and 10, the door 54 is made of a liquid crystal panel. The liquid crystal panel includes a light emitting sheet 54a made of a thin plate member composed of electronic elements, two transparent conductive films 54b sandwiching the liquid crystal sheet from both front and back surfaces, and two sheets sandwiching the conductive film sandwiching the liquid crystal sheet. It consists of a transparent plate 54c. On the liquid crystal panel of the door 54, after the settlement of the product A ordered by the customer, an instruction command is transmitted from the receiving device 4 to emit light by electrical control, and the product A stored in the storage room 51 can be confirmed. Since the door 54 itself emits light, the customer can easily find the storage room instantly. Further, the product A stored in the storage chamber 51 can be confirmed without opening the door 54. Considering the case where the product A ordered by the customer is not desired to be shown to others in the normal case (other than receiving the product A), the door 54 can only be seen through after the product A has been settled. Has been.
[0034]
The customer confirms the storage room 51 and inputs delivery data to the release unit 53. After the customer confirms the storage room 51 by the notification unit 52, delivery data is input to the release unit 53 in order to unlock the door 54. Also here, the same delivery data as the delivery data inputted to the input unit 41 of the accepting device 4 is inputted to the canceling unit 53. Therefore, all the customers can perform the procedure processing based on the delivery data. For example, when a new data is issued or a key is given by the reception device 4, the customer must use a plurality of data, and the key is lost or returned, which is troublesome.
[0035]
FIG. 8 is a storage room showing an embodiment in which products are made to correspond to frozen products. The storage chamber 51 described above is provided with a refrigeration / freezing function, and a thin plate-like frozen sheet 55 is attached to the inner surface of the storage chamber 51. The frozen sheet 55 is a thin sheet that has a cooling function and enables temperature setting. Moreover, it is considered that it can respond to various frozen products. The storage chamber 51 corresponding to the frozen product can be installed separately from the normal locker 4, and can be installed in a part of a large number of storage chambers 51. Furthermore, since the temperature setting may differ depending on the frozen product, the delivery company of the shipping company can set the temperature so that the product A can be stored by checking the temperature of the frozen product. As a result, for example, seafood, ice cream, etc. sold directly on the market are delivered to the nearest station of the customer, so that it can be conveniently taken home to the home. In addition, profits of the railway company will be improved because the station is used for merchandise transactions such as frozen products.
[0036]
FIG. 9 is a storage room showing an embodiment of the present invention. First, as shown in FIG. 9A, the door 54 of the storage chamber 51 uses a see-through panel 54 d so that the product A stored in the storage chamber 51 can be seen through (confirmed). The see-through panel 54d is made of tempered glass, aluminum, or the like. Thereby, the customer can see other products in addition to the product A ordered by himself / herself, which is a reference when purchasing the product in the future.
[0037]
In FIG. 9B, the door 54 of the storage chamber 51 uses a lattice-like lattice body 54e made of a metal member. The lattice body 54e can be seen through the inside of the storage room like the see-through panel, and is strong because it is made of a metal member so as not to be destroyed by others.
[0038]
Next, the physical distribution system of the present invention for delivering the product delivered to the locker at the nearest station designated by the customer to the customer's home will be described with reference to FIG. The delivery unit 6 installed at each station is in the vicinity of the reception device 4 and the locker 5 and includes a response unit 61 corresponding to the customer and a delivery person 62 delivering the product delivered to the locker to the customer's home. Yes. The response unit 61 deals with the contact from the customer and confirms the authentication data stored in the storage unit 42 of the reception device 4. The response unit 61 only needs to be able to contact a customer such as a computer terminal, a telephone, or a fax machine. The delivery person 62 is a person who works full-time at the delivery unit 6 and delivers the product delivered to the locker 5 by customer contact to the customer's home B. For example, the delivery person 62 is a person related to a station or a delivery person exclusively for a station, and is not delivered by a delivery person of a general transportation company. However, although the goods ordered by the locker 5 at the station are usually received, a delivery fee is additionally charged because the customer desires delivery to the home as required. As a result, the customer responds to the case where the delivery date of the ordered product A is a holiday or the customer himself becomes sick, and the delivery person 62 delivers the product A directly to the customer's home. It is. In addition, the railway company provides a delivery service in addition to the normal business, so profits increase, and the advertisement of the railway company can be promoted, leading to further image enhancement.
[0039]
A specific example of a physical distribution system using a station according to the present invention will be described with reference to FIG. First, a specific description will be given until the customer orders the product A and receives the product A. First, the customer uses the customer terminal S1 to connect to the virtual store S3 via the Internet S2. The customer performs a product search S4 to search for the desired product A at the virtual store S3, searches for the product A, and confirms the product content with the product information S5. If the desired product A is not found, the process returns to the product search S4, the contents of the product A are confirmed again, and the product A is determined S6. Then, an application S8 is made to place an order S7 for the product A, and the authentication data is transmitted to the server S9. The server S9 manages the authentication data by the management unit S10. Thereafter, the authentication data is transmitted to the storage unit S11 and the customer terminal S1 of the accepting device.
[0040]
Subsequently, the customer goes to receive the product A delivered to the nearest station S12. The customer inputs the delivery data to the input unit of the reception apparatus S13, and the confirmation unit confirms the delivery data S14. When the match of the delivery data is confirmed, the process proceeds to the settlement S16 of the product A, and when the mismatch is confirmed, the process proceeds to the transaction cancellation S15. After settlement S16, locker guidance starts S17, and the process proceeds to the locker according to the guidance display S18. And a customer inputs delivery data S19 to the cancellation | release part of the storage room provided in the locker. Thereafter, confirmation of delivery data S20 is performed, and after confirming the coincidence of the delivery data, the door of the storage chamber is unlocked S21, and the product A can be received S22.
[0041]
  Claim 1And claim 2According to the invention described inIn a logistics system using a station that receives goods with a locker installed at the station, the station is equipped with a delivery device for processing the delivery of goods and a locker with a storage room for storing the goods.This can be done through a series of procedures up to the receipt of the product. This is convenient because the customer can receive the goods at the designated nearest station.
[0042]
  Claim3According to the invention described above, when guiding the location of a plurality of lockers as described above, the liquid crystal guide unit is a liquid crystal image and the voice output unit is a voice data.PlanInside. In addition, since this receiving apparatus automatically processes all procedures, personnel costs can be omitted without assigning a receiving person.
[0043]
  Claim4According to the invention described in the above, as described above, the notification unit is provided to notify the positions of the plurality of storage rooms provided in the locker, so that the position of the storage room can be accurately notified to the customer. .
[0044]
  Claim5According to the invention described above, as described above, the refrigeration / freezing function is provided in the storage room so that the refrigeration / refrigeration product can be cooled at a constant temperature in correspondence with the refrigeration / frozen product. As a result, the customer can take it home in a state where the frozen product is received without using dry ice or the like within a short time from the nearest station to his / her home.
[0045]
  Claim6As described above, the door of the storage room uses the liquid crystal panel that cannot see through the inside of the storage room. Thereby, since the alerting | reporting part which notifies the position of a storage chamber does not operate | move other than transaction of goods, a liquid crystal panel does not operate | move. Therefore, since a person other than the customer who ordered the product cannot deploy the interior of the storage room, the reliability of the customer is improved.
[0046]
  Claim7As described above, the door of the storage room uses the see-through panel or the lattice body that can see through the inside of the storage room. Thereby, the customer can be relieved because the product stored in the storage room can be confirmed.
[Brief description of the drawings]
FIG. 1 is a configuration diagram of a physical distribution system using a station according to the present invention.
FIG. 2 is a flowchart showing a specific example of the physical distribution system according to the embodiment of the present invention.
FIG. 3 is a flowchart showing a specific example of the physical distribution system according to the embodiment of the present invention.
FIG. 4 is a processing diagram of a virtual store showing an embodiment.
FIG. 5 is an enlarged front view of a reception device showing an embodiment.
FIG. 6 is a layout diagram of a reception device and a locker according to an embodiment.
FIG. 7 is an enlarged perspective view of a main part of a storage chamber showing an embodiment.
FIG. 8 is an enlarged perspective view of a main part of a storage chamber showing an embodiment.
FIG. 9 is an enlarged perspective view of a main part of a storage chamber showing an embodiment.
FIG. 10 is an enlarged sectional view of a door showing an embodiment.
[Explanation of symbols]
1 Customer terminal
2 servers
3 management center
4 reception devices
5 lockers
6 Delivery Department
21 virtual stores
21a Product Search Page
21b Product information page
21c Product order page
22 Application Department
23 Management Department
24 Transmitter
41 Memory unit
42 Input section
42a Input key
42b Confirmation key
42c Cancel key
43 Confirmation part
44 Settlement Department
44a Display section
44b Insertion part
44c Issuing Department
45 Guide
45a Guide LCD
45b Audio output unit
46 staff
51 storage room
52 Notification unit
53 Release part
54 Door
54a Luminescent sheet
54b Conductive membrane
54c transparent plate
54d perspective panel
54e lattice
55 Frozen sheet
56 grid
57 SEQ ID NO:
61 Reception
62 Deliveryman
A product
B Customer house

Claims (7)

A logistics system that uses stations to receive goods with lockers installed at stations,
The logistics system using the station includes a delivery device that performs product delivery procedure processing, and a locker provided with a storage room for storing the product.
The delivery device receives and stores authentication data related to the product purchased by a customer from a server used by a virtual store that sold the product, an input unit that accepts input from the customer, and the input A confirmation unit for confirming a match between the data received by the unit and the authentication data stored in the storage unit, and a guide unit for guiding the location of the locker for storing the product,
The locker has a release part that releases a lock mechanism of a door of a storage chamber for storing the product,
The input unit accepts input of delivery data transmitted from the server to a customer terminal used by the customer;
The confirmation unit confirms a match between the received delivery data and the authentication data stored in the storage unit,
The guide unit displays information indicating a location of a locker that stores the product,
The release unit of the storage room that stores the product releases the lock mechanism of the door of the storage room by receiving the input of the delivery data again.
A logistics system using stations characterized by this. A logistics system that uses stations to receive goods with lockers installed at stations,
The logistics system using the station includes a delivery device that performs product delivery procedure processing, and a locker provided with a storage room for storing the product.
The delivery device receives and stores authentication data related to the product purchased by a customer from a server used by a virtual store that sold the product, an input unit that accepts input from the customer, and the input A confirmation unit that confirms a match between the data received by the unit and the authentication data stored in the storage unit, a settlement unit that settles the product, and a guide unit that guides a location of a locker that stores the product. Have
The locker has a release part that releases a lock mechanism of a door of a storage chamber for storing the product,
The input unit accepts input of delivery data transmitted from the server to a customer terminal used by the customer;
The confirmation unit confirms a match between the received delivery data and the authentication data stored in the storage unit,
After confirming the match, the settlement unit performs credit card processing by reading the customer's credit card,
The guide unit displays information indicating a location of a locker that stores the product,
The release unit of the storage room that stores the product releases the lock mechanism of the door of the storage room by receiving the input of the delivery data again.
A logistics system using stations characterized by this. The guide part is
A liquid crystal display unit for guiding the liquid crystal image to the location of the rocker,
Distribution system using the station as claimed in claim 1 or claim 2 characterized in that it has a voice output section for the guidance by the voice data recorded in advance in the storage unit. In each storage room of the locker,
After confirming the location of the rocker the customer by the guide portion, provided with a notification unit for notifying the position of the particular housing chamber provided in said rocker,
A logistics system using a station according to any one of claims 1 to 3 . The storage room is
In order to store frozen products, a refrigeration / freezing function that can be adjusted at a constant temperature was deployed.
A logistics system using a station according to any one of claims 1 to 4 . Door of the storage room,
With typically a liquid crystal panel can not be seen through the interior, the actuation of the notification unit for notifying the position of a specific storage chamber, the liquid crystal panel is perspective-view the items stored in the storage chamber in operation be able to,
A physical distribution system using a station according to any one of claims 1 to 5 . Door of the storage chamber, or transparent panel can be seen through the interior consists of grid,
A physical distribution system using a station according to any one of claims 1 to 6 .

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