JP2007219980A - Merchandise delivery system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a merchandise delivery system capable of appropriately delivering merchandise to a user at a parking lot, which is purchased in an inner city by the user of the parking lot of a park-and-ride system. <P>SOLUTION: A parking ticket issuing machine 11 is arranged in the parking lot of the park-and-ride system so as to issue the parking ticket with an entrance date recorded thereon. Merchandise information writers 12a-12n are arranged in retail stores so as to record purchased merchandise information for uniquely specifying the purchased merchandise on the parking ticket 16. A warehouse management server 15 stores stock information of the merchandise kept in a warehouse and retrieves the storage place and quantity of the merchandise, based on a merchandise identification sign. A merchandise reception terminal 13 is connected to the warehouse management service 15 via a network 14, reads the merchandise identification sign of the purchased merchandise from the parking ticket 16, makes an inquiry about the merchandise stock information to the warehouse management server 16, and displays the stock information. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a product delivery system for delivering a product purchased in a city center by a user of a parking lot of a park and ride system at the parking lot.

  A user who has driven a car to the suburbs or suburbs of the city center parks the car in the suburbs or suburbs, and public transportation such as LRT (Light Rail Transit), buses, community buses, etc. A so-called park-and-ride system that uses the system to go to the city center is adopted.

  By adopting this park-and-ride system, the number of cars entering the city center is reduced, traffic congestion is eased, the amount of exhaust gas is reduced, and the environment is improved.

  In the park and ride system, it is necessary for the user to transport the baggage generated by shopping in the city center from the city center to the parking lot, which is particularly burdensome when carrying large baggage or for elderly people. . For this reason, there are many cases of getting into the city center by car, which hinders the promotion of the park and ride system.

  Here, the service to the shopper is improved by eliminating the burden on the shopper to carry the shopping goods to the parking position of the parking lot, and the parking lot is improved by increasing the clearing efficiency of the parking fee when leaving the parking lot. There is one that improves the rotation of loading and unloading (see, for example, Patent Document 1).

This is equipped with a transport device that transports shopping items from the sales floor to each parking position in the parking lot, and the host computer uses the information from the parking card issuing device, parking card reader, POS terminal device, and in-store card reader to charge the parking fee. Is calculated and displayed on the display device, and the shopping device is transported to the corresponding parking position by controlling the transportation device.
JP-A-6-259699

  However, the thing of patent document 1 is not the parking lot of a park-and-ride system, but conveys goods to the parking lot near the sales floor (the same building as the sales floor), and the parking lot is far away. It cannot be applied to the system as it is. In the park and ride system, it is necessary for the user to transport the baggage generated by shopping in the city center from the city center to the parking lot, which is particularly burdensome when carrying large baggage or for elderly people. . For this reason, there are many cases of getting into the city center by car, which hinders the promotion of the park and ride system.

  The objective of this invention is providing the goods delivery system which can deliver appropriately the goods which the user of the parking lot of the park and ride system shopped in the city center to the user in a parking lot.

  The product delivery system of the present invention is a park-and-ride that travels by car from the suburbs and suburbs to the center of the city, parks in a parking lot around the city center, changes to a public transportation system that connects the city center and the parking lot around the city center, and moves to the city center. A parking ticket issuing machine that issues a parking ticket that is installed in the parking lot of the system and records the date and time of receipt, and a product information document that is installed in a retail store and records purchased product information that uniquely identifies the purchased product in the parking ticket Inventory information of products stored in the warehouse, a warehouse management server that retrieves the storage location and quantity of products from the product identification symbol, and a network connected to the warehouse management server via the network management ticket A product receiving terminal for reading a product identification symbol and inquiring the warehouse management server for the stock information of the product and displaying the stock information is provided.

  ADVANTAGE OF THE INVENTION According to this invention, the goods which the user of the parking lot of the park and ride system shopped in the city center can be appropriately delivered to a user in a parking lot.

(First embodiment)
FIG. 1 is a configuration diagram of a product delivery system according to the first embodiment of the present invention. The product delivery system includes a stand-alone parking ticket issuing machine 11 installed in a parking lot of a park-and-ride system (hereinafter referred to as a P & R parking lot), and product information writing machines 12a to 12n installed stand-alone in each retail store. And a merchandise receiving terminal 13 at a merchandise receiving place provided in the P & R parking lot, and a warehouse management server 15 connected to the merchandise receiving terminal 13 via a network 14.

  The parking ticket issuing machine 11 is installed in a P & R parking lot, and issues a magnetically recordable parking ticket 16 in which the date and time of receipt are recorded. The product information writing machines 12a to 12n are installed in each retail store, and additionally record purchased product information such as a product identification symbol and a quantity for uniquely identifying a user's purchased product in the parking ticket 16 with magnetic information.

  The warehouse management server 15 has a storage location DB 17 that stores the storage location of products. The storage location DB 17 manages inventory information of products stored in the warehouse, and stores the storage location of products from the product receiving terminal 13. In response to the inquiry, the storage location and quantity of the product are searched from the product identification symbol.

  The merchandise receiving terminal 13 has a reading device for reading the magnetic information of the parking ticket 16 and a display device for displaying the merchandise information and the storage location of the merchandise. The merchandise receiving terminal 13 is connected to the warehouse management server 15 via the network 14, reads the merchandise identification symbol of the purchased merchandise from the parking ticket 16 with a reader, inquires the warehouse management server 15 about the storage location of the merchandise, and stores the inventory. The information and storage location are acquired and displayed on the display device. The person in charge at the product delivery office prepares the product based on the information displayed on the display device and delivers it to the user.

  Next, the process flow of the commodity delivery system according to the first embodiment of the present invention will be described. FIG. 2 is a flowchart of the process of the commodity delivery system according to the first embodiment of the present invention. The user 18 moves by car from home and receives the parking ticket 16 from the parking lot issuing machine 11 operated by the P & R parking lot operator 19 when entering the P & R parking lot. The parking lot issuing machine 11 prints the warehousing date and time on the parking ticket 16 and magnetically records the warehousing date and time.

  After the user 18 parks at the P & R parking lot, the user 18 moves to the city center with LRT or the like, and purchases a product at a retail store where the retailer 20 operates. Then, the merchandise price is paid to the retailer 20. When the user wishes to receive the product at the P & R parking lot, he / she informs the store clerk and presents the parking ticket 16. The store clerk of the retailer 20 records the purchased product information (product number, quantity) on the parking ticket with the product information writing machine 12.

  Then, the user 18 who returns home after shopping travels from the city center to the P & R parking lot by LRT or the like, and presents the parking ticket 16 at the merchandise storage / delivery place 21 of the P & R parking lot. A staff member of the merchandise storage / delivery company 21 places a parking ticket 16 on the merchandise receiving terminal 13 installed at the merchandise receiving place and checks the storage location of the merchandise. The merchandise receiving terminal 13 reads the purchased merchandise information, inquires the storage location of the warehouse management server 15 of the merchandise storage / delivery company 21 based on the information, and displays the inquiry result on the display device.

  A staff member of the merchandise storage / delivery company 21 collects merchandise from the warehouse based on the information displayed on the display device and delivers it to the user 18. The user 18 receives the purchased product, settles the parking fee, issues the P & R parking lot, and returns home by car.

  Next, the format of magnetic recording of the parking ticket 16 in the first embodiment of the present invention will be described. FIG. 3 is a format diagram showing an example of the magnetic recording of the parking ticket 16 in the first embodiment. The date of the date is recorded with 6 digits and the time is recorded with 4 digits, and the product information has a 10-digit product number and a 2-digit quantity (up to 99 quantities). FIG. 3 shows a case where there are five sets of product information. In this case, the total data length is 70 digits.

  For example, when the warehousing date and time is 12:35 on January 31, 2005, the date is recorded as “050131” and the time is recorded as “1235”. When the parking ticket 16 is issued, nothing is recorded in the item number and quantity fields. Here, it is assumed that all the states without recording are recorded as 0 as the initial state of the parking ticket 16. Then, the recorded information is as shown in FIG.

  Then, if the user moves to the city center and purchases, at the time of purchasing the product, the product information writing machine 12 installed in the retail store writes information on the product desired to be received at the P & R parking lot. become. For example, suppose that you purchased three Toshiba laptops (product number is 148003100) and wished to receive them at the P & R parking lot. In this case, “148003003” is recorded in the first product number field of the parking ticket 16 and “03” is recorded in the quantity field. The recorded information is as shown in FIG.

  Further, when one Toshiba HDD & DVD recorder (product number is 1048001071) is purchased, as shown in FIG. 6, “1048001071” is recorded in the second product number field, and “01” is recorded in the second quantity field. ".

  Next, reading of purchased product information at the product receiving terminal 13 is performed as follows. According to the format of the parking ticket 16, first, the first product number column (11th to 20th digits from the top) and the quantity column (21st and 22nd digits from the top) are read. In the first product number column (11th to 20th digits from the top), the product number is “1483003100” and the quantity is “03”. Hereinafter, the product number column and the quantity column are read sequentially. When the product number column is not recorded (all 0 in this example) or all data (5 sets in this example) is read, the reading of the product information ends. The warehouse management server 15 is inquired of the storage location using the product number of the read product information as a key.

  When receiving an inquiry from the product receiving terminal 13, the warehouse management server 15 searches the storage location DB 17 of the warehouse management server 13 using the product number as a key and extracts the storage location. An example of the storage location DB 17 is shown in FIG.

  In the case of the product with the product number “1048001071”, the warehouse management server 13 searches for a record with the product number “1048001071”. As a result, the record (1) is hit in FIG. Further, in the case of the product having the product number “148003003”, the record (2) is hit in FIG.

  The warehouse management server 13 returns the inventory quantity and storage location information (section, shelf number, shelf direction, level) of this record to the commodity receiving terminal 13. The merchandise receiving terminal 13 displays the reply data on the screen of the display device. From this display, it can be seen that the product with the product number “1048001071” has 10 stocks on the first shelf of the shelf on the north side of the shelf with the shelf number 18A in the C2 section. It can be seen that the product with the product number “148003003” has 10 stocks in the second row of the shelf on the south side of the shelf with the shelf number 16E in the C2 section. The same search is performed for all product numbers, and the storage locations of all purchased products are displayed on the display device of the product receiving terminal 13. Based on this information, the staff of the merchandise storage / delivery company collects merchandise from the warehouse and delivers it to the user.

  According to the first embodiment, there is a merchandise receiving place in the P & R parking lot, and the user 18 receives the goods purchased in the downtown area at the merchandise receiving place in the P & R parking lot. It can greatly reduce the burden of transporting purchased products to a P & R parking lot away from the store, contributing to the promotion of park and ride. Moreover, as a retail store, it is not necessary to secure a warehouse space in a city center with a high land price, so that warehouse costs can be suppressed.

(Second Embodiment)
FIG. 8 is a block diagram of a product delivery system according to the second embodiment of the present invention. In contrast to the first embodiment shown in FIG. 1, the second embodiment is provided with a ticketing management server 22 for recording a parking management ID on a parking ticket 16 issued by the parking ticket issuing machine 11, and Instead of the information writer 12, retail store terminals 23a to 23n connected to the network 14 and installed in the respective retail stores are provided. The same elements as those in FIG. 1 are denoted by the same reference numerals, and redundant description is omitted.

  The product delivery system according to the second embodiment includes a stand-alone parking ticket issuing machine 11 installed in a P & R parking lot and a ticket management server that records a parking management ID on a parking ticket 16 issued by the parking ticket issuing machine 11. 22, connected to the network 14, connected to the network 14, retail store terminals 23 a to 23 n installed in each retail store, connected to the network 14, and connected to the P & R parking lot, the product receiving terminal 13 of the product receiving station And a warehouse management server 15 having a storage location DB for storing the storage location of the product.

  The parking ticket issuing machine 11 is installed in a parking lot of the park and ride system, and issues a magnetically recordable parking ticket 16 in which the date and time of receipt are recorded. The ticketing management server 22 has a parking management DB 24 storing a parking management ID, and additionally records the parking management ID in the parking ticket 16 issued by the parking ticket issuing machine 11. The warehouse management server 15 has a storage location DB in which inventory information of products is stored in the warehouse, and searches for the storage location and quantity of products from the product identification symbol.

  The retail store terminals 23a to 23n are connected to the network 14 and have a reading device that reads magnetic information of the parking ticket 16 issued by the parking ticket issuing machine 11 and a display device that displays inventory information. The retail store terminals 23a to 23n read the merchandise identification symbol from the parking ticket 16 with a reading device, inquire about the stock of the merchandise from the warehouse management server 15 based on the merchandise identification symbol, and display it on the display device. If there is, the parking management ID and the inventory securing request are transmitted to the warehouse management server 15.

  The merchandise receiving terminal 13 is connected to the network 14 in the same manner as the retail store terminals 23a to 23n, and has a reading device for reading the magnetic information of the parking ticket 16 and a display device for displaying the merchandise information and the storage location of the merchandise. The merchandise receiving terminal 13 reads the parking management ID from the parking ticket 16 with a reading device, takes out the merchandise information of the purchased merchandise corresponding to the parking management ID and the storage location of the merchandise from the warehouse management server 15 and displays it on the display device.

  Next, the process flow of the product delivery system according to the second embodiment of the present invention will be described. FIG. 9 is a flowchart of the process of the product delivery system according to the second embodiment of the present invention. The user 18 receives the parking ticket 16 from the parking lot issuing machine 11 operated by the P & R parking lot operator 19 when moving from home and entering the P & R parking lot. The parking lot issuing machine 11 prints the warehousing date and time on the parking ticket 16 and magnetically records the warehousing date and time, and magnetically records the parking lot management ID from the ticketing management server 22.

  After the user 18 parks at the P & R parking lot, the user 18 moves to the city center with LRT or the like, and purchases a product at a retail store where the retailer 20 operates. Then, the merchandise price is paid to the retailer 20. When the user 18 wishes to receive goods at the P & R parking lot, the user 18 informs the store clerk and presents the parking ticket 16.

  The store clerk of the retailer 20 reads the parking management ID from the parking ticket 16 at the retail store terminal 23 and inquires of the warehouse management server 15 of the product storage / delivery company 21 about the stock. If there is a stock, the parking management ID and purchased product information (product number, quantity) are recorded, and the stock is secured to the warehouse management server 15 of the product storage / delivery company 21.

  Then, the user 18 who returns home after shopping travels from the city center to the P & R parking lot by LRT or the like, and presents the parking ticket 16 at the merchandise storage / delivery place 21 of the P & R parking lot. A staff member of the merchandise storage / delivery company 21 places a parking ticket 16 on the merchandise receiving terminal 13 installed in the merchandise receiving place and inquires the warehouse management server 15 about the storage location of the merchandise corresponding to the parking management ID. The inquiry result is displayed on the display device. A staff member of the merchandise storage / delivery company 21 collects merchandise from the warehouse based on the information displayed on the display device and delivers it to the user 18. The user 18 receives the purchased product, settles the parking fee, issues the P & R parking lot, and returns home by car.

  Next, the format of the magnetic recording of the parking ticket 16 in the second embodiment of the present invention will be described. FIG. 10 is a format diagram showing an example of the magnetic recording of the parking ticket 16 in the second embodiment. An example of a magnetic recording format is shown below. The date is recorded with 6 digits, the time is recorded with 4 digits, and the 10-digit parking management ID is recorded. The total data length is 20 digits.

  In the parking management ID, a unique ID for uniquely determining the use of the parking lot 16 is recorded. For example, each time a parking ticket 16 is issued, the number is incremented by one. If the parking management ID is “0000120034” by using the parking lot on January 31, 2005, the information recorded in the parking ticket 16 is as shown in FIG.

  Next, a case where a clerk of the retailer 20 registers a parking management ID and a purchased product in the warehouse management server 15 at the retail store terminal 23 installed in the store will be described. As described above, the retail store terminal 23 and the warehouse management server 15 are connected via the network 14 and can communicate using an existing communication protocol (for example, TCP / IP). The store clerk of the retailer 20 inputs information (product number and quantity) of the purchased product to the retail store terminal 23. In this case, input may be performed in conjunction with POS (point of sale).

  When the information (product number and quantity) of the purchased product is input to the retail store terminal 23, the data of the product number and quantity as shown in FIG. FIG. 12 shows a case where one product with the product number “1048001071” and three products with the product number “1048003100” are purchased, as in the first embodiment.

  Based on these pieces of information, the retail store terminal 23 transmits an inventory inquiry request for making an inventory inquiry to the warehouse management server 15. An example of the format of the inventory inquiry from the retail store terminal 23 to the warehouse management server 15 is shown in FIG.

  A unique 10-digit ID number for uniquely identifying a retail store is entered in the store number / reference number. The number of sets indicates how many product numbers and quantities follow. The total length of the inquiry data is 10 + 12 * n where n is the number of sets. Such data is transmitted according to an existing communication protocol (for example, TCP / IP).

  When the warehouse management server 15 receives the inventory inquiry from the retail store terminal 23, it searches the storage location DB 17 of the warehouse management server 15 and returns the inventory information (product number and inventory quantity) to the retail store terminal 23. At the retail store terminal 23, the store clerk confirms the stock information, and if there is stock, the retail store terminal 23 transmits a stock securing request together with the parking management ID to the warehouse management server 15. The warehouse management server 15 that has received the inventory securing request registers in the storage location DB 17 the parking management ID that secures the number of stocks and the inventory of the product.

  Then, a staff member of the merchandise storage / delivery company 21 places a parking ticket 16 on the merchandise receiving terminal 13, reads the parking management ID from the parking ticket 16 with a reader, and purchases merchandise information and merchandise information corresponding to the parking management ID. The storage location is taken out from the warehouse management server 15 and displayed on the display device. A staff member of the merchandise storage / delivery company 21 collects merchandise from the warehouse based on the information displayed on the display device and delivers it to the user 18. The user 18 receives the purchased product, settles the parking fee, issues the P & R parking lot, and returns home by car.

  According to the second embodiment, in addition to the effects of the first embodiment, since the inventory inquiry to the merchandise delivery place is performed on the retail store side, it is possible to prevent a situation in which the merchandise cannot be received at the merchandise delivery place.

(Third embodiment)
FIG. 14 is a configuration diagram of a product delivery system according to the third embodiment of the present invention. This third embodiment has a plurality of merchandise delivery locations 24a to 24m as compared to the second embodiment shown in FIG. 8, and the merchandise delivery locations 24a to 24m have warehouse management servers 15a to 15m. And product receiving terminals 13a to 13m are provided, and a product delivery point server 25 having a correspondence table between the parking management ID and the warehouse management servers 15a to 15m of the product delivery points 24a to 24m is provided. is there. A correspondence table between the parking management ID and the warehouse management servers 15a to 15m of the product delivery locations 24a to 24m is stored in the product delivery location DB 26. The same elements as those in FIG.

  In FIG. 14, the retail store terminals 23 a to 23 n inquire the warehouse management servers 15 a to 15 m corresponding to the parking management ID of the parking ticket 16 to the goods delivery place server 25 prior to the stock inquiry of the goods, and the goods delivery place server 25. When the inquiry request of the warehouse management servers 15a to 15m including the parking management ID from the retail store terminals 23a to 23n is received, the product delivery locations 24a to 24m corresponding to the parking management ID are searched from the correspondence table of the product delivery location DB 26. Then, the identification symbols of the warehouse management servers 15a to 15m are returned to the retail store terminals 23a to 23n.

  FIG. 15 is a flowchart of the process of the product delivery system according to the third embodiment of the present invention. In FIG. 15, the commodity delivery place server 25 is installed in the warehouse inquiry center 27. In response to the warehouse management server inquiry request from the retail store terminals 23a to 23n of the retailer 20, the warehouse inquiry center 27 specifies the warehouse management servers 15a to 15m corresponding to the parking management ID by the commodity delivery place server 25.

  First, when receiving the warehouse management server inquiry request (parking management ID) from the retail store terminals 23a to 23n, the merchandise delivery point server 25 of the warehouse inquiry center 27 selects the P & R parking lot corresponding to the parking management ID and parks the parking lot. The product delivery place DB 26 that associates the management ID with the warehouse management servers 15a to 15m is searched using the parking management ID as a key, and the warehouse management server 15a to the product storage / delivery company 21 attached to the P & R parking lot where the user parks. Specify 15m. Then, the merchandise delivery server 25 returns the information of the specified warehouse management servers 15a to 15m {server name and server address (for example, IP address when communicating by TCP / IP)} to the retail store terminals 23a to 23n. .

  The retail store terminals 23a to 23n that have received the information of the warehouse management servers 15a to 15m perform inventory inquiry and inventory reservation for the warehouse management servers 15a to 15m, as in the second embodiment. That is, the store clerk of the retailer 20 reads the parking management ID from the parking ticket 16 at the retail store terminal 23 and inquires the warehouse management server 15 of the product storage / delivery company 21 about the stock. If there is a stock, the parking management ID and purchased product information (product number, quantity) are recorded, and the stock is secured to the warehouse management server 15 of the product storage / delivery company 21.

  Then, the user 18 who returns home after shopping travels from the city center to the P & R parking lot by LRT or the like, and presents the parking ticket 16 at the merchandise storage / delivery place 21 of the P & R parking lot. A staff member of the merchandise storage / delivery company 21 places a parking ticket 16 on the merchandise receiving terminal 13 installed in the merchandise receiving place and inquires the warehouse management server 15 about the storage location of the merchandise corresponding to the parking management ID. The inquiry result is displayed on the display device. A staff member of the merchandise storage / delivery company 21 collects merchandise from the warehouse based on the information displayed on the display device and delivers it to the user 18. The user 18 receives the purchased product, settles the parking fee, issues the P & R parking lot, and returns home by car.

  According to the third embodiment, in addition to the effects of the second embodiment, the goods delivery server 25 can identify the warehouse management servers 15a to 15m of the P & R parking lot to be connected on the retail store terminal 23a side. Therefore, even when there are a plurality of P & R parking lots, it is possible to automatically make inquiries to the product delivery offices 24a to 24m attached to the appropriate P & R parking lot from the information read from the parking ticket 16. In addition, new registration of information on the P & R parking lot, change of data, and the like are highly maintainable because only the product delivery place DB 26 of the product delivery place server 25 needs to be updated.

The lineblock diagram of the goods delivery system concerning a 1st embodiment of the present invention. The flowchart of a process of the goods delivery system concerning the 1st Embodiment of this invention. The format figure which shows an example of the magnetic recording of the parking ticket in the 1st Embodiment of this invention. The data arrangement | positioning figure of the state in which the warehousing date of the parking ticket in the 1st Embodiment of this invention was recorded. The data arrangement | positioning figure of the state in which the warehousing date of a parking ticket in the 1st Embodiment of this invention and one product number and the number were recorded. The data arrangement | positioning figure of the state in which the storage date and time of two parking tickets in the 1st Embodiment of this invention, and two product numbers and the number were recorded. Explanatory drawing which shows an example of storage location DB of the warehouse management server in the 1st Embodiment of this invention. The block diagram of the goods delivery system concerning the 2nd Embodiment of this invention. The flowchart of a process of the goods delivery system concerning the 2nd Embodiment of this invention. The format figure which shows an example of the magnetic recording of the parking ticket in the 2nd Embodiment of this invention. The data arrangement | positioning figure of the state in which the warehousing date of parking ticket and parking management ID in the 2nd Embodiment of this invention were recorded. The data array explanatory drawing of the merchandise number and quantity recorded on the memory of the retail store terminal in the 2nd Embodiment of this invention. The format figure which shows an example of the stock inquiry to the warehouse management server from the retail store terminal in the 2nd Embodiment of this invention. The block diagram of the goods delivery system concerning the 3rd Embodiment of this invention. The flowchart of the process of the goods delivery system concerning the 3rd Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 ... Parking ticket issuing machine, 12 ... Product information writing machine, 13 ... Product receipt terminal, 14 ... Network, 15 ... Warehouse management server, 16 ... Parking ticket, 17 ... Storage location DB, 18 ... User, 19 ... P & R Parking lot operator, 20 ... retailer, 21 ... merchandise storage / delivery company, 22 ... ticketing management server, 23 ... retail store terminal, 24 ... parking management DB, 25 ... merchandise delivery office server, 26 ... merchandise delivery office DB, 27 ... Warehouse inquiry center

Claims (3)

  It is installed in the parking lot of the park and ride system that moves from the suburbs and suburbs to the city center by car, parks in the parking lot around the city center, transfers to the public transportation system that connects the city center and the parking lot around the city center, and moves to the city center. A parking ticket issuing machine that issues a parking ticket on which the date and time of warehousing is recorded, a product information writing machine that is installed at a retail store and uniquely records purchased product information on the parking ticket, and is stored in the warehouse. Stock information of stored products is stored, the warehouse management server that retrieves the storage location and quantity of products from the product identification symbol, and connected to the warehouse management server via a network, and the product identification symbol of the purchased product is read from the parking ticket A merchandise delivery system comprising: a merchandise receiving terminal that queries the warehouse management server for information and displays the inventory information.   Move from the suburbs and suburbs to the city center by car, park in the parking lot around the city center, change to the public transportation system connecting the city center and the parking lot around the city center, and install in the parking lot of the park and ride system that moves to the city center A parking ticket issuing machine that issues a parking ticket on which the date and time of receipt are recorded, a ticket management server that records a parking management ID on a parking ticket issued by the parking ticket issuing machine, and an inventory of products stored in a warehouse Information is stored and a warehouse management server that retrieves the storage location and quantity of the product from the product identification symbol, and is connected to the warehouse management server via a network and inquires the inventory of the product to the warehouse management server based on the product identification symbol. When there is a stock, the retail store terminal that transmits the parking management ID and the stock securing request to the warehouse management server is connected to the warehouse management server via a network. Product delivery system characterized in that a product receiving terminal for displaying removed purchase information corresponding to the parking management ID read the parking management ID from Shaken from the warehouse management server. The warehouse management server and the product receiving terminal are installed at each of the product delivery offices, and there is a correspondence table between the parking management ID and the warehouse management server of the product delivery office. The retail store terminal inquires the warehouse management server corresponding to the parking management ID of the parking ticket to the product delivery server prior to the inventory inquiry of the product, and the product delivery server When a warehouse management server inquiry request including a parking management ID is received from a retail store terminal, a product delivery location corresponding to the parking management ID is searched from the correspondence table, and an identification symbol of the warehouse management server is returned to the retail store terminal. The product delivery system according to claim 2, wherein:

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