JPH1185855A - Merchandise order receipt-delivery system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To minimize processing of information for each work and to perform physical distribution activity that is accurate and efficient by recording merchandise information of ordered merchandise on an electronic label and using it consistently for physical distribution work of shipment, delivery, and delivery of goods. SOLUTION: An order receipt computer 101 and a physical distribution computer 102 receive ordered information of merchandise from a person ordering it and output merchandise information of ordered merchandise to an electronic label 103 that is a non-contact IC card. A merchandise information output processing part accumulates ordered information that is received by an ordered information receiving processing part in an order person unit, and an electronic label writing device writes it in the label 103. A saving place display device 105 shows the saving place of shipment merchandise according to the merchandise information registered on the label 103. A sorting processing part retrieves a sorting destination table, that stores data which controls the gate of a sorting machine 108 according to a destination that is read by a merchandise information inputting part, controls gate that corresponds to by the machine 108 and sorts merchandise to be delivered according to its destination.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a product ordering / delivery system for delivering a product from an order to a product, and more particularly to a logistics operation using an electronic tag such as a non-contact type IC card which records product information of the ordered product. The present invention relates to a technology that is effective when applied to a product order / delivery system that performs the following.

[0002]

2. Description of the Related Art In a conventional product order receiving / delivery system, an order for a product from an orderer is generally made by telephone, mail, or FAX, and the processing is performed, for example, as follows. ing.

[0003] First, acceptance of orders is performed collectively at an order receiving center or the like and compiled as order data, and the compiled order data is transmitted to a department that stores products such as a distribution center. The orderer) prepares a shipping instruction separately and uses the shipping instruction to perform an assortment operation for delivery. At this time, an assortment list (picking list) may be separately created for assortment.

[0004] Next, the assorted commodities are grouped by destination, put into a case (such as a cardboard box) for delivery, packed, and labeled with an address. This address label has been created in advance by another process, and the address label has barcodes or the like which output product information for sorting.

[0005] The address label is read by a sorting machine, sorted according to the delivery destination, loaded on a truck and delivered, and after the goods are delivered to the orderer, a sign for receipt is received, and the deliverer takes this home.

[0006] The orderer selects a payment method for the product in accordance with the contents of the payment form enclosed with the product. For example, "A well-understood mail-order industry": Mayumi Suzuki, Nihon Jitsugyo Shuppansha 28P-37P As noted,
The orderer goes to a financial institution to pay the price.

[0007]

SUMMARY OF THE INVENTION
In the delivery system, various slips are created by performing various information processing in the shipping and delivery work of the ordered products, and the worker must check and check the slips while working. Therefore, there is a problem that the load on the worker increases and errors are increased.

For example, first, a shipping instruction is prepared for shipping work and output to paper or the like, product selection is performed while looking at the shipping instruction, product information for sorting is output to an address label, and When loading the delivered goods into the transportation means, the worker checks the loaded goods by looking at the delivery note (slip), and performs the work while checking the delivery note when unloading the goods at the destination.

[0009] As described above, the operator must check and check the slip output on the paper while working, which increases the load on the operator and increases errors.

An object of the present invention is to solve the above-mentioned problems and to provide a technique capable of minimizing the processing of information for each operation and performing accurate and efficient logistics activities.

[0011]

According to the present invention, in a system for receiving an order for a product from an orderer and delivering the product, non-contact type product information (orderer, address, ordered product, payment method, etc.) of the ordered product is provided. It is recorded on an electronic tag such as an IC card and is used consistently for shipping, delivery and delivery logistics work, and performs paperless and efficient logistics work.

In the product order receiving / delivery system of the present invention, when the order receiving unit inputs and stores the order information of the product, the product information output processing unit aggregates the stored order information and stores the product information of the product to be shipped. Is written on the electronic tag.

Next, when the product information input processing section of the storage location display device reads the name of the product to be shipped from the product information recorded on the electronic tag, the storage location display processing portion of the storage location display device reads the product name. The storage location of the product is searched and displayed based on the product name read by the information input processing unit.

[0014] The product with the storage location displayed is taken out, transported to the sorting machine, and the destination of the product to be shipped is read from the product information recorded on the electronic tag by the product information input processing unit of the shipping processing device. The sorting processing unit of the processing device sorts products according to the destination read by the product information input processing unit.

The sorted commodities are loaded on a delivery vehicle, and the commodity information input processing section of the on-vehicle computer orders the commodity to be delivered from the commodity information recorded on the electronic tag.
When the destination, the product name, and the number of products are read, the loading confirmation processing unit of the on-vehicle computer compares the product information read by the product information input processing unit with the contents of the delivery plan data stored in the on-vehicle computer, and performs delivery. Check if all the planned products are loaded.

Further, the delivery confirmation processing unit of the on-board computer compares the product information read by the product information input processing unit with the contents of the delivery plan data when delivering the loaded products to the orderer. Check that the product has been dropped.

When handing over a product to an orderer, the product information input processing unit of the portable terminal reads the orderer, destination, product name and number of products to be delivered from the product information recorded on the electronic tag. , The delivery processing unit of the mobile terminal device,
A delivery note / receipt is created and output based on the product information read by the product information input processing unit.

As described above, according to the merchandise order receiving / delivery system of the present invention, merchandise information stored in the electronic tag is shipped and received.
Since it is used consistently in distribution and delivery logistics operations, information processing in each operation can be minimized and accurate and efficient logistics activities can be performed.

[0019]

BEST MODE FOR CARRYING OUT THE INVENTION The following is a description of an embodiment of a product order receiving / delivery system in which product information recorded on an electronic tag is used consistently in a logistics activity from delivery from a distribution center to delivery to an orderer. explain.

FIG. 1 is a diagram showing a schematic configuration of a commodity order receiving / delivery system according to this embodiment. As shown in FIG. 1, the product order receiving / delivery system of the present embodiment records the product information of the ordered product on the electronic tag 103 and consistently stores the product information registered on the electronic tag 103 such as a non-contact IC card. The logistics service is used to carry out logistics activities from delivery of the ordered goods to the orderer from the distribution center, which is the storage area of the goods.

The commodity order receiving / delivery system of the present embodiment
An order receiving computer 101 for receiving an order, a distribution computer 102 for issuing a shipping instruction, an electronic tag 103 for storing the item information, and an electronic tag reading device 104 for reading the item information to determine the storage location of the item in the item storage shelf 106. The merchandise information is read by the storage location display device 105 to be displayed and the electronic tag reading device 107 and the sorting machine 1
08, a shipment processing device 113 that sorts products, and an electronic tag reading device 110 that reads product information.
An in-vehicle computer 109 for confirming a product to be delivered;
And a portable terminal device 111 for issuing a delivery note / receipt 112 of the delivered product.

FIG. 2 shows an order receiving computer 1 according to this embodiment.
FIG. 1 is a diagram showing a schematic configuration of No. 01. As shown in FIG. 2, the order receiving computer 101 of the present embodiment includes an order receiving computer 1.
01, a CPU 202 for controlling the overall operation, a memory 202 for loading an order processing unit 210, an order information transmission processing unit 211, and an automatic debit data creation processing unit 212,
A magnetic disk drive 203 for storing order information, and a keyboard 204 for inputting commands for starting order processing and the like.
And a display device 205 for displaying order information and the like
And a communication interface 20 for communicating with the floppy disk device 206 for reading a program for executing order processing and the distribution computer 102 and the portable terminal device 111.
7 is provided.

The order processing unit 210 is a processing unit that receives order information of a product via a network such as the Internet, which can communicate with general consumers, and stores the received order information in the magnetic disk device 203.

The order information transmission processing unit 211 is a processing unit that transmits the accumulated order information to the distribution computer 102 installed in the distribution center, which is a product storage location, in a predetermined cycle.

Automatic debit data creation processing unit 212
Is a processing unit that creates automatic debit data and transmits it to the financial institution when the orderer desires automatic debit from the financial institution for the method of payment for the product price.

The order receiving computer 101 is connected to the order receiving processor 21.
0, a program for functioning as the order information transmission processing unit 211 and the automatic withdrawal data creation processing unit 212 is recorded on a recording medium such as a floppy disk, and is transmitted from the floppy disk device 206 to the magnetic disk device 203.
, And then loaded into the memory 202 and executed. The recording medium for recording the program may be a recording medium other than a floppy disk.

FIG. 3 shows a distribution computer 1 according to the present embodiment.
It is a figure which shows the schematic structure of No. 02. As shown in FIG. 3, the distribution computer 102 of the present embodiment is a distribution computer 1
02, a memory 302 for loading an order information reception processing unit 310 and a product information output processing unit 311, a magnetic disk device 303 for storing order information, a command for starting product information output processing, and the like. 304, a display device 305 for displaying order information, etc., and a floppy disk device 306 for reading a program for performing product information output processing.
And a communication interface 307 for communicating with the order receiving computer 101, and an electronic tag writer 308 for writing on the electronic tag 103.

The order information reception processing unit 310 is a processing unit that receives order information from the order receiving computer 101 and passes it to the product information output processing unit 311.

The product information output processing unit 311 totalizes the order information received by the order information reception processing unit 310 for each orderer, and uses the electronic tag writer 308 to contactlessly receive I-type information.
This is a processing unit for writing on the electronic tag 103 which is a C card.

A program for causing the distribution computer 102 to function as the order information reception processing unit 310 and the product information output processing unit 311 is recorded on a recording medium such as a floppy disk, and stored from the floppy disk device 306 to the magnetic disk device 303. After that, the program is loaded into the memory 302 and executed. The recording medium for recording the program may be a recording medium other than a floppy disk.

The order receiving process using the network in the product order receiving / delivery system of the present embodiment will be described below with reference to FIG.

FIG. 4 shows an order receiving computer 1 of this embodiment.
FIG. 2 is a diagram showing an outline of processing performed by the distribution computer 01 and the distribution computer 102. As shown in FIG. 4, the order receiving computer 1 of the present embodiment
01 and the distribution computer 102 receive the order information of the product from the orderer and display the product information of the ordered product on the electronic tag 10.
3 is performed.

The order processing unit 21 of the order receiving computer 101
When the user selects a process of placing an order for a product via a network such as the Internet, a message prompting input of information necessary for ordering the product is displayed, and an order receiving process is performed in an interactive manner.

The user makes an input in accordance with this interactive form, and the name, age, address, name of the product to be ordered, and the method of payment for the product ordered at this time, that is, automatic debit or payment by the user. When the information on whether or not to execute is input, the order processing unit 210 accumulates the input order information in the magnetic disk device 203.

The order receiving information transmission processing section 211 of the order receiving computer 101 transmits the stored order receiving information in a predetermined cycle to the distribution computer 10 installed in the distribution center.
Send to 2.

The order receiving unit 310 of the distribution computer 102 receives the order information transmitted from the order receiving computer 101 and stores it in the magnetic disk device 303.
The received order information is passed to the product information output processing unit 311.

The merchandise information output processing unit 311 counts the order information received by the order information reception processing unit 310 for each orderer, and the electronic tag writer 308 causes the non-contact type I to be used.
The information is written on the electronic tag 103 which is a C card.

FIG. 5 is a diagram showing an example of the product information of the present embodiment. As shown in FIG. 5, the product information of this embodiment is
The product information output processing unit 311 includes the electronic tag writer 30
8 shows an example of information written on the electronic tag 103. The electronic tag 103 stores information indicating the orderer's name, destination, telephone number, postal code, ordered products and their number, and expected delivery date. Have been.

FIG. 6 shows a storage location display device 1 according to this embodiment.
It is a figure which shows the schematic structure of 05. As shown in FIG. 6, the storage location display device 105 of the present embodiment is
CPU 601 for controlling the operation of the entire product 05, a memory 602 for loading a product information input processing unit 610 and a storage location display processing unit 611, a magnetic disk device 603 for storing a product storage location table 612, and a storage location display process. Keyboard 604 for inputting a command or the like, a display device 605 for displaying product information and a corresponding product storage location table 612, and a floppy disk device 6 for reading a program for performing storage location display processing.
06, a display interface 607 for sending a control signal to the display 620, and the electronic tag reading device 104 for reading product information from the electronic tag 103.

The product information input processing unit 610 stores the electronic tag 1
This is a processing unit that inputs the product information recorded in the product number 03 by the electronic tag reading device 104 and reads the name of the product to be shipped.

The storage location display processing unit 611 searches the product storage location table 612 storing data indicating the storage location of the product in the product storage shelf 106 based on the product name read by the product information input processing unit 610, and This is a processing unit for turning on the indicator 620 installed in the storage place to be operated.

A program for causing the storage location display device 105 to function as the product information input processing unit 610 and the storage location display processing unit 611 is recorded on a recording medium such as a floppy disk. After being stored, it is assumed that it is loaded into the memory 602 and executed. The recording medium for recording the program may be a recording medium other than a floppy disk.

The merchandise assortment process in the distribution center in the merchandise order / delivery system of the present embodiment will be described below with reference to FIG.

FIG. 7 shows a storage location display device 1 according to the present embodiment.
It is a figure which shows the process outline of 05. As shown in FIG. 7, the storage location display device 105 of the present embodiment performs a process of displaying a storage location of a shipping product based on product information registered in the electronic tag 103.

First, the product information input processing unit 610 of the storage location display device 105 inputs the product information recorded on the electronic tag 103 by the electronic tag reading device 104,
Read the name of the product to be shipped from the input product information.

Next, the storage location display processing unit 611 searches the product storage location table 612 storing data indicating the storage location of the product in the product storage shelf 106 based on the product name read by the product information input processing unit 610. The indicator 620 installed in the storage location where the corresponding product is stored
Is read.

Next, the storage location display processing unit 611 turns on the display 620 of the storage location where the corresponding product is stored by the read identification information via the display interface 607.

The worker who carries out the assortment of the shipping products
The product is taken out of the lighted shelf of the product storage shelf 106, put in a case, all the relevant products are put in the case and packed, and then the electronic tag 103 read by the electronic tag reading device 104 is packed. The shipping processing device 113 performs the shipping process.

FIG. 8 shows a shipping processing apparatus 113 according to this embodiment.
It is a figure which shows schematic structure of. As shown in FIG. 8, the shipping processing device 113 of the present embodiment includes a CPU 801 that controls the entire operation of the shipping processing device 113, and a product information input processing unit 81.
0 and a memory 802 for loading the sorting unit 811
And a magnetic disk drive 803 for storing a sorting destination table 812, a keyboard 804 for inputting a command or the like for starting a sorting process, and a display device 805 for displaying merchandise information and a corresponding sorting destination table 812.
A floppy disk device 806 for reading a program for performing a sorting process; a sorter interface 807 for sending a control signal to the sorter 108;
And an electronic tag reading device 107 for reading product information from the device.

The product information input processing unit 810 stores the electronic tag 1
This is a processing unit for inputting the product information recorded in the storage unit 03 by the electronic tag reading device 107 and reading the delivery destination of the product to be shipped.

The sorting unit 811 is provided to the sorting machine 10 according to the destination read by the product information input unit 810.
A processing unit that searches a sorting destination table 812 storing data for controlling the gates 8 and controls the corresponding gate of the sorting machine 108 to sort the products to be delivered according to the destination.

A program for causing the shipping processing device 113 to function as the product information input processing portion 810 and the sorting processing portion 811 is recorded on a recording medium such as a floppy disk, and stored from the floppy disk device 806 to the magnetic disk device 803. Thereafter, it is assumed that the program is loaded into the memory 802 and executed. The recording medium for recording the program may be a recording medium other than a floppy disk.

The shipping process in the commodity order / delivery system according to the present embodiment will be described below with reference to FIG.

FIG. 9 shows a shipping processing apparatus 113 according to this embodiment.
It is a figure which shows the outline | summary of a process. As shown in FIG. 9, the shipping processing apparatus 113 of this embodiment performs a process of sorting commodities to be shipped according to destinations.

First, the merchandise information input processing section 810 of the shipping processor 113 inputs and inputs the merchandise information recorded on the electronic tag 103 attached to the case in which the merchandise is put, with the electronic tag reader 107. The destination of the product to be shipped is read from the product information.

Sorting processing section 811 of shipping processing apparatus 113
Searches the sorting destination table 812, which stores data for controlling the gate of the sorting machine 108, based on the destination read by the product information input processing unit 810.
The control information of the gate that sorts the product in the case where 3 is attached according to the delivery destination is read.

Next, the sorting processing unit 811 sends the control information read out to the sorting machine 108 via the sorting machine interface 807, and operates the corresponding gate by the sorting machine 108 to select the goods to be delivered in a specific area. Sort to storage area.

The sorted products are loaded on a delivery vehicle such as a truck, and when all the products are loaded, the loading is confirmed by the on-board computer 109.

FIG. 10 is a diagram showing a schematic configuration of the vehicle-mounted computer 109 of the present embodiment. As shown in FIG. 10, a vehicle-mounted computer 109 according to the present embodiment includes a CPU 1001 that controls the entire operation of the vehicle-mounted computer 109, a product information input processing unit 1010, and a loading confirmation processing unit 1011.
And a memory 100 for loading the delivery confirmation processing unit 1012
2, a magnetic disk device 1003 for storing the delivery plan data 1013, a keyboard 1004 for inputting a command for starting a loading confirmation process and a delivery confirmation process, and a display device 1005 for displaying product information and the delivery plan data 1013. And a floppy disk device 1006 for reading a program for performing a loading confirmation process and a delivery confirmation process, and an electronic tag reading device 110 for reading product information from the electronic tag 103.

The product information input processing unit 1010 is a processing unit which inputs the product information recorded on the electronic tag 103 by the electronic tag reading device 110 and reads the orderer, the destination, the product name and the number of the products to be delivered. is there.

The loading confirmation processing unit 1011 compares the product information read by the product information input processing unit 1010 with the contents of the delivery plan data 1013 to check whether all the products to be delivered have been loaded. It is.

The delivery confirmation processing unit 1012 provides the commodity information input processing unit 10
Product information read by 10 and delivery plan data 101
This is a processing unit that compares the contents with the contents of No. 3 and confirms whether the planned product has been dropped.

A program for causing the in-vehicle computer 109 to function as the product information input processing unit 1010, the loading confirmation processing unit 1011 and the delivery confirmation processing unit 1012 is as follows.
The data is recorded on a recording medium such as a floppy disk, and is transferred from the floppy disk device 1006 to the magnetic disk device 1003.
, And then loaded into the memory 1002 and executed. The recording medium for recording the program may be a recording medium other than a floppy disk.

When the sorted commodities are loaded on the delivery vehicle, the commodity information input processing unit 1010 of the on-board computer 109 electronically converts the commodity information recorded on the electronic tag 103 attached to the loaded commodities case. The orderer, destination, product name, and number of products to be delivered are read from the input product information by inputting the tag reading device 110.

The input processing of the orderer, the destination, the name of the product, and the number of the products by the product information input processing unit 1010 may be performed collectively after all the products are loaded. It may be performed every time a is loaded.

Next, the loading confirmation processing unit 1011 of the on-board computer 109 reads the orderer, destination, product name and number of products read by the product information input processing unit 1010, and the delivery schedule stored in the delivery plan data 1013. Compare the orderer, destination, product name and number of products
Check whether all the items to be delivered are loaded and whether any items not to be delivered are loaded.

After the confirmation of the loaded goods is completed, the goods are moved to the destination by the delivery vehicle, and when they arrive at the delivery destination, the goods are unloaded from the delivery car.

When unloading a product from a delivery vehicle, the product information input processing unit 1010 of the on-board computer 109 reads the product information recorded on the electronic tag 103 attached to the case of the unloaded product by the electronic tag reading device 110. Input and read the orderer, destination, product name and number of products to be delivered.

Next, the delivery confirmation processing unit 1012 of the in-vehicle computer 109, as in the case of loading, the orderer, destination, product name and number of products read by the product information input processing unit 1010, and delivery plan data 1013 Compare the orderer, delivery destination, product name, and the number of products scheduled to be delivered stored in, and confirm whether the products scheduled to be delivered have been dropped.

After the confirmation of the unloaded product is completed, the electronic tag 103 is removed from the case of the product, the removed electronic tag 103 is read into the portable terminal device 111, and the delivery note / receipt 112 is output.

FIG. 11 shows a portable terminal device 11 of the present embodiment.
FIG. 1 is a diagram showing a schematic configuration of No. 1. As shown in FIG. 11, the portable terminal device 111 of the present embodiment loads a CPU 1101 that controls the operation of the entire portable terminal device 111, a product information input processing unit 1110, a delivery processing unit 1111, and an automatic withdrawal designation processing unit 1112. A memory 1102, a printer 1103 for printing a delivery note / receipt 112, and a keyboard 110 for inputting a command or the like for starting delivery processing.
4, a display device 1105 for displaying the product information of the delivered product, a PC card interface 1106 for reading a program for delivery processing, a communication interface 1107 for communicating with the order receiving computer 101, and an electronic tag. An electronic tag reading device 1108 for reading product information from the electronic tag 103 is provided.

The product information input processing unit 1110 is a processing unit which inputs the product information recorded on the electronic tag 103 by the electronic tag reading device 1108 and reads the orderer, the destination, the product name and the number of the products to be delivered. is there.

The delivery processing unit 1111 is a processing unit that creates and outputs a delivery note / receipt 112 based on the product information read by the product information input processing unit 1110.

The automatic withdrawal designation processing unit 1112 carries a request code indicating that there is a request for automatic withdrawal when the orderer desires automatic withdrawal from a financial institution regarding the method of payment for the commodity price when the goods are delivered. This is a processing unit that inputs to the terminal device 111.

A program for causing the portable terminal device 111 to function as the product information input processing unit 1110, the delivery processing unit 1111 and the automatic withdrawal designation processing unit 1112 is P
It is assumed that the program is recorded on a recording medium such as a C card and is loaded from the PC card interface 1106 to the memory 1102 and executed. The recording medium for recording the program may be a recording medium other than a PC card.

The delivery process when the delivered product arrives at the destination in the product order / delivery system of this embodiment will be described below with reference to FIG.

FIG. 12 shows the portable terminal device 11 of the present embodiment.
FIG. 3 is a diagram showing an outline of processing of No. 1; As shown in FIG. 12, when the portable terminal device 111 of the present embodiment delivers a product to an orderer, the electronic tag 10 attached to the case of the product is used.
A process of reading the product information of No. 3 and outputting the delivery note / receipt 112 is performed.

First, the merchandise information input processing section 1110 of the portable terminal device 111 inputs merchandise information recorded on the electronic tag 103 by the electronic tag reading device 1108,
Read the orderer, destination, product name and number of products to be delivered.

Next, the delivery processing unit 1111 transmits the product information read by the product information input processing unit 1110 to the printer 1.
103 and print out a delivery note / receipt 112.
The signature of the orderer is written in the output receipt.

If the orderer desires automatic debit from a financial institution for the method of payment for the product price when the product is delivered, the automatic debit designation processing unit 1112
A request code indicating that there is a request for automatic debit is input to the portable terminal device 111.

After the delivery is completed, the portable terminal device 111 is connected to the order receiving computer 101 and the communication interface 207 is connected.
Then, the requesting code is transmitted to the order receiving computer 101 via the communication interface 1107.

The automatic withdrawal data creation processing unit 212 of the order receiving computer 101 collects and processes the desired code transmitted from the portable terminal device 111, creates automatic withdrawal data, and transmits it to the financial institution.

As described above, in the commodity order receiving / delivery system of the present embodiment, the commodity information recorded on the electronic tag 103 is used consistently in the distribution activities from the distribution center to delivery to the orderer from the distribution center. , Work accuracy and efficiency.

The product information of the ordered product is displayed on the electronic tag 103.
By using the electronic tag 103 for the subsequent work until the product is delivered, the processing of the information can be extremely reduced, and the first recorded product information can be accurately transferred to the subsequent process. become.

As described above, according to the commodity order / delivery system of this embodiment, the commodity information stored in the electronic tag is used consistently for the logistics work of shipping / delivery / delivery. It is possible to carry out accurate and efficient logistics activities by minimizing the processing of information in Japan.

As described above, the present invention has been specifically described based on the above-described embodiment. However, the present invention is not limited to the above-described embodiment, and it is needless to say that various changes can be made without departing from the gist of the present invention. It is.

[0087]

According to the present invention, the merchandise information stored in the electronic tag is used consistently for the logistics work of shipping, delivery and delivery, so that the processing of information in each work is reduced as much as possible and the accuracy and efficiency are reduced. It is possible to carry out good logistics activities.

[Brief description of the drawings]

FIG. 1 is a diagram showing a schematic configuration of a product order receiving / delivery system according to an embodiment.

FIG. 2 is a diagram showing a schematic configuration of an order receiving computer 101 of the embodiment.

FIG. 3 is a diagram showing a schematic configuration of a distribution computer 102 of the embodiment.

FIG. 4 is a diagram showing an outline of processing of an order receiving computer 101 and a distribution computer 102 of the embodiment.

FIG. 5 is a diagram illustrating an example of product information according to the embodiment.

FIG. 6 is a diagram illustrating a schematic configuration of a storage location display device 105 according to the present embodiment.

FIG. 7 is a diagram showing an outline of processing of a storage location display device 105 according to the embodiment.

FIG. 8 is a diagram illustrating a schematic configuration of a shipping processing apparatus 113 according to the present embodiment.

FIG. 9 is a diagram showing an outline of processing of a shipping processing apparatus 113 of the present embodiment.

FIG. 10 is a diagram illustrating a schematic configuration of a vehicle-mounted computer 109 according to the present embodiment.

FIG. 11 is a diagram illustrating a schematic configuration of a portable terminal device 111 according to the present embodiment.

FIG. 12 is a diagram illustrating an outline of processing of the portable terminal device 111 according to the embodiment.

[Explanation of symbols]

101: Computer for receiving orders, 102: Computer for distribution, 103: Electronic tag, 104: Electronic tag reader, 105: Storage location display device, 106: Product storage shelf,
107: Electronic tag reader, 108: Sorting machine, 1
09: onboard computer, 110: electronic tag reader, 111: portable terminal device, 112: delivery note / receipt,
113: shipping processing device, 201: CPU, 202: memory, 203: magnetic disk device, 204: keyboard,
205: display device, 206: floppy disk device, 207: communication interface, 210: order processing unit, 211: order information transmission processing unit, 212: automatic debit data creation processing unit, 301: CPU, 302: memory, 303: magnetic Disk device, 304 keyboard, 305 display device, 306 floppy disk device, 307 communication interface, 308 electronic tag writer, 310 information receiving unit, 3
11 ... Product information output processing unit, 601 ... CPU, 602 ...
Memory, 603: magnetic disk device, 604: keyboard, 605: display device, 606: floppy disk device, 607: display interface, 610:
Product information input processing unit, 611 ... storage location display processing unit, 6
12 ... Product storage location table, 620 ... Display, 801
.., CPU, 802, memory, 803, magnetic disk device, 804, keyboard, 805, display device,
806: floppy disk drive, 807: sorting machine interface, 810: product information input processing unit, 811 ...
Sorting processing unit, 812 ... sorting destination table, 1001 ...
CPU, 1002 memory, 1003 magnetic disk device, 1004 keyboard, 1005 display device, 1006 floppy disk device, 1010 product information input processing unit, 1011 loading confirmation processing unit, 1
012: delivery confirmation processing unit, 1013: delivery plan data,
1101 CPU, 1102 memory, 1103 printer, 1104 keyboard, 1105 display device, 1106 PC card interface, 1107
... Communication interface, 1108 Electronic tag reading device, 1110 Product information input processing unit, 1111 Delivery processing unit, 1112 Automatic debit designation processing unit

Claims (3)

[Claims] In a product order receiving / delivery system for receiving an order for a product from an orderer and delivering the product, an order processing unit for inputting and storing order information of the product, and collecting and shipping the stored order information. A product information output processing unit that writes product information of the product on the electronic tag; a product information input processing unit that reads product information recorded on the electronic tag; and a storage of the product indicated by the product information read by the product information input processing unit A product order / delivery system, comprising: a storage location display processing unit for displaying a location; and a sorting processing unit for sorting products according to a destination indicated by the product information read by the product information input processing unit. 2. A loading confirmation processing section for comparing the commodity information read by the commodity information input processing section with the contents of the delivery plan data to confirm whether or not all the articles to be delivered are loaded on the delivery vehicle. A delivery confirmation processing unit that compares the product information read by the product information input processing unit with the contents of the delivery plan data when transferring the loaded product to the orderer, and confirms whether or not the planned product has been unloaded. The product order receiving / delivery system according to claim 1, further comprising: 3. The delivery processing unit according to claim 1, further comprising a delivery processing unit that creates and outputs a delivery note / receipt based on the product information read by the product information input processing unit. Product order and delivery system.