JP2003141223A - Physical distribution management system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system capable of flexibly managing the physical distribution of commodities such as fruit and vegetables with many fluctuation factors. SOLUTION: An order management system is provided with an order input screen display part for reading screen information of the order input screen in which commodity numbers, date data and the order contents can be inputted from a storage part and for displaying the information on the screen, a sub- number generating part for generating sub-numbers by associating them with the commodity numbers and an order content storage part for associating the commodity numbers, the sub-numbers, the date data and the order contents with one another and for storing them in an order content information storage part when the commodity numbers, the date data and the order contents are inputted.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for managing an intermediate physical distribution stage of agricultural products such as fruits and vegetables such as vegetables and fruits, flowers, trees, etc. from a producer to a mass retailer, and a program therefor.

[0002]

2. Description of the Related Art Vegetables such as fruits and vegetables, agricultural products such as flowers and trees (hereinafter also referred to as fruits and vegetables) are produced even if they are the same kind of fruits and vegetables over a plurality of production areas. It is normal. In addition, in each production area, it is usual to harvest and ship a fixed amount every day or every certain number of days even during the harvest season. Therefore, in order to secure a certain amount of fruits and vegetables, it is necessary to procure them from multiple production areas at the same time. Furthermore, since fresh fruits and vegetables need to be supplied every day, it is necessary to procure fruits and vegetables each day from a plurality of production areas.

By the way, as for fruits and vegetables, the quantity, size, quality, etc. of the harvested products vary depending on the season and the weather, not only when the production regions are different, but even when the harvested products are the same production region and the same kind. Therefore, fruits and vegetables whose quality and quantity are different from those at the time of ordering often arrive at the distribution center from the production site, and in some cases, the quantity of a certain fruit or vegetables to arrive may not reach the quantity assumed at the time of ordering. Moreover, the quality may change for some reason during transportation or after the arrival.

In general, the time from harvest to sale of fruits and vegetables is very short on a day / week basis, and it is necessary to carry out the distribution of fruits and vegetables without any trouble during this short period.

Due to these circumstances, it is practically impossible to manage the distribution of fruits and vegetables with a distribution management method that does not consider fluctuations in product quality, quantity, etc., as is the case with ordinary industrial products. It is possible.

[0006] Therefore, in the conventional distribution of fruits and vegetables, etc., it is carried out mainly based on the verbal instruction by the person in charge of physical distribution on site while looking at the actual product. Therefore, it is difficult to keep a record of which fruits and vegetables from which production areas were delivered to where, and logistics management is virtually not performed. In addition, since it is difficult to collect individual data for each fruit and vegetables in the previous year, it is difficult to make a production plan for each fruit and vegetables in each production area in the next year, and it is difficult for mass retailers to make sales plans. It is in.

As a prior art relating to distribution management of products such as foods and agricultural products, a production distribution management system for agricultural products which establishes a network between a producer and a purchaser and adjusts production reservations and purchase requests is disclosed in Japanese Patent Laid-Open No. H11-11 No. 175609.

[0008] Similarly, there is a support system for the distribution of agricultural products, which compares the planned shipping amount of the agricultural products with the incoming shipping amount and updates the planned shipping amount based on a predetermined algorithm.
It is disclosed in Japanese Patent No. 2558.

Further, regarding the inventory management of the products in the food distribution center, the appropriateness of the products is to carry out the receipt / shipment schedule for a plurality of days and the logical inventory management, and to prompt the order recommendation for the products below the minimum stock number in order to prevent the stockout. An inventory management method is disclosed in JP-A-9-114898.

Further, regarding the inventory management of the goods in the food distribution center, the appropriateness of the goods is to carry out the receipt / shipment schedule and the logical inventory management for a plurality of days, and to prompt the order recommendation for the goods below the minimum stock quantity in order to prevent the stockout. An inventory management method is disclosed in JP-A-9-114898.

However, none of these can cope with the changing situation in the actual distribution of fruits and vegetables.

[0012]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a system capable of flexibly managing the distribution of goods such as fruits and vegetables that need to be procured from a plurality of production sites every day from the ordering stage. And

Further, the present invention is a system for flexibly managing physical distribution of merchandise such as fruits and vegetables even when quality and quantity change after ordering, from the ordering stage to the arrival and shipment. It is an issue to provide the program of.

It is another object of the present invention to provide a physical distribution management system in which the obtained physical distribution management data can be utilized for a production plan for each product and each production site in the next year.

[0015]

According to the present invention, a sub-number associated with a product number is dynamically generated in response to a situation, and date data is also used to specify the data to be processed. By doing so, it was made possible to uniformly solve the problems at each stage of distribution of products such as fruits and vegetables with many variable factors.

That is, the invention according to claim 1 is a computer system for managing the ordering status of products at the distribution stage, and stores the screen information of the order input screen in which the product number, date data and order details can be input. When the order input screen display section that reads out from the department and displays the screen, the sub number generation section that generates the sub number in association with the product number, and the product number, date data, and order contents are input,
The order management system includes an order content storage unit that stores a product number, a sub number, date data, and an order content in association with each other in the order content information storage unit.

With this configuration, it is possible to flexibly input and store various production data and various fluctuation status data regarding a product of a certain product number. Further, since the plurality of pieces of data are associated with each other, they do not become disjointed and can be managed in a mutually linked state. for that reason,
It is possible to obtain history information for each supplier and for each product, and it is also possible to flexibly deal with various changes after ordering. Furthermore, regarding products that are distinguished by attributes such as product grade that cannot be specified only by product name, similarly,
It is possible to flexibly input, store, and manage.

According to the second aspect of the invention, the contents of the order include:
Contains data that identifies the supplier for each sub-number,
The order content storage unit is the order management system according to claim 1, wherein the order content information storage unit associates data for specifying each order destination with each sub-number and stores the data in the order content information storage unit.

With this configuration, it is possible to collectively enter and manage orders for a plurality of order destinations for the same product. In addition, the orders to a plurality of suppliers can be managed in a mutually linked state without being scattered. Therefore, it is possible to obtain history information for each supplier.

The invention according to claim 3 separates the order contents for each ordering party, and has an ordering transmitting unit for transmitting the separated ordering information to each ordering party, the order management system according to claim 2 Is.

With this configuration, it is possible to place an order for a plurality of order recipients at once.

The invention according to claim 4 is the order management system according to any one of claims 1 to 3, wherein the product is a fruit or vegetable.

With this configuration, even if various fluctuations peculiar to fruits and vegetables occur due to seasonal fluctuations, etc., it is possible to absorb them and flexibly input / store / manage the fluctuation data.

The invention according to claim 5 is a computer system for managing the arrival status of goods at the distribution stage, which includes an order content information storage unit for storing order content including a product number, a sub number and date data. The order details specified by the product number, sub-number, and date data are read from the order details information storage unit, and a screen configuration display unit that configures and displays the arrival contents input screen that displays the order details The receipt management system includes a sub-number generation unit that generates a sub-number, and includes a product number, a sub-number, and date data, and a receipt contents storage unit that stores the input receipt contents in the receipt contents storage unit.

With this configuration, even if a situation change that is not expected at the time of ordering is received at the time of arrival, the sub-numbers are sequentially used to input the change situation, so that the change situation can be flexibly entered.・ It becomes possible to store and manage.

The invention according to claim 6 is the receipt management system according to claim 5, wherein the sub-number is generated subsequently to the sub-number included in the order contents.

With this configuration, since the newly generated sub-number and the data input with respect to it are managed in association with the product number, it is possible to flexibly deal with a changed situation.

According to a seventh aspect of the present invention, there is provided a bar code label output section for printing out a required number of bar code labels for specifying the merchandise for each sub-number based on the contents of receipt. The receipt management system described in.

With this configuration, various information that is different for each product is managed by the bar code, so that subsequent physical distribution management can be easily performed.

The invention according to claim 8 is the order management system according to any one of claims 5 to 7, wherein the product is a fruit or vegetable.

With this configuration, even if various fluctuations, such as seasonal fluctuations, which are peculiar to fruits and vegetables occur, they can be absorbed and the fluctuation data can be flexibly input, stored and managed.

According to a ninth aspect of the present invention, there is provided a computer system for managing the shipping status of merchandise at the physical distribution stage. The computer system manages the order contents including the order contents including data for specifying the order receiver, and the date data. An order receipt content having a receipt detail storage section storing the received receipt content, and the order receipt content specified based on the data identifying the order receiver from the order receipt content storage section;
It has a screen configuration display section that reads the product number, the sub number, and the arrival content specified by the date data from the arrival content storage section, and that displays the shipment content input screen that displays the order details and the arrival content. Is a shipping management system having a shipping content storage unit that stores the shipping contents in the shipping information storage unit by associating the shipping contents with the product number, sub-number, and date data.

With this configuration, it is possible to decide the shipping content while comparing the received order content with the received order content. Further, since each product is distinguished by a product number, a sub-number, and date data, individual management is possible.

The invention according to claim 10 has a sub-number generation section for generating a sub-number, and when the sub-number is generated, the shipping content storage section is inputted with the newly generated sub-number and the related sub-number. 10. The shipment management system according to claim 9, wherein the shipment management system stores the shipment information in association with the received contents.

With this configuration, even when the quantity of the received goods is smaller than that at the time of ordering and the other goods are replenished, the situation can be flexibly input, stored and managed by using the sub number.

The invention according to claim 11 is the shipping management system according to claim 10, wherein the sub-number is generated subsequently to the sub-number included in the received contents.

With this configuration, since the newly generated sub-number and the data input regarding it are managed in association with the product number, necessary information is input without omission.
Moreover, it becomes possible to flexibly respond to the changed situation.

The invention according to claim 12 is the shipping management system according to claim 9, which has an output unit for printing out a shipping slip or shipping label based on the shipping contents.

With this configuration, it becomes possible to deliver the product with a shipping slip or shipping label, which has been virtually impossible to issue in the past. This makes it easy for mass retailers to manage delivery.

The invention according to claim 13 is the shipment management system according to any one of claims 9 to 12, wherein the product is a fruit or vegetable.

With this configuration, even if various fluctuations which are peculiar to fruits and vegetables due to seasonal fluctuations occur, it is possible to absorb them and flexibly input, store and manage the fluctuation data.

The invention according to claim 14 is a computer system for managing distribution of goods, which relates to an order content information storage unit, an arrival content storage unit, an order content storage unit, a shipping information storage unit, and a product number. A distribution management system for fruits and vegetables, which has a sub-number generation unit for giving a sub-number to generate a sub-number and further has the following three parts.

(1) An order input screen display section for reading the screen information of the order input screen from which the product number, date data and order contents can be input and displaying the screen, and the product number, date data and order contents are input. An ordering unit having an ordering content storage unit that stores the product number and the sub-number, the date data, and the ordering content in the ordering content information storage unit in association with each other.

(2) There is a screen configuration display unit that reads out the order details specified by the product number, sub-number, and date data from the order details information storage unit and configures and displays the arrival contents input screen displaying the order details. Then, a receiving section having a product number, a sub-number and date data, and an arrival content storage section for storing the input arrival content in the arrival content storage section.

(3) Read the order details specified from the order details storage section based on the data for specifying the order receiver, and the receipt details specified by the product number, sub-number and date data from the receipt details storage section, It has a screen configuration display section that displays the shipment content input screen that displays these order details and arrival details. When the shipment details are entered, the shipment details are linked to the product number, sub-number, and date data before shipment. A shipping section having a shipping content storage section to be stored in an information storage section.

With this configuration, it is possible to consistently manage from ordering to receiving and shipping by using the product number, sub number, and date data. It becomes possible to leave a series of data on what goods arrived and where they were shipped in response to an order, which can be used for production planning and sales planning for the next year.

According to the present invention, it is possible to input and store the above-mentioned various changes using the sub-number generated in association with the product number, and to absorb information regarding various changes peculiar to fruits and vegetables. Therefore, it becomes possible to manage flexibly.

The invention according to claim 15 has an order content information storage function, an arrival content storage function, an order content storage function, a shipping information storage function, and a sub number generation function for generating a sub number in association with a product number. , A vegetable and fruit distribution management program for causing a computer to execute the following three functions.

(1) An order input screen display function of reading the screen information of the order input screen where the product number, date data and order contents can be input from the storage function and displaying the screen, and the product number, date data and order contents are input. If
An ordering function having an ordering content storage function of associating a product number, a sub number, date data, and an ordering content with an ordering content information storage function.

(2) A screen configuration display function is provided for reading out the order content specified by the product number, sub-number, and date data from the order content information storage function, and configuring and displaying the arrival content input screen displaying this order content. Then, a receiving function having a receiving number storage function of storing the sub number and the receiving content in the receiving content storage function.

(3) The order details specified based on the order specification data from the order details storage function and the arrival details specified by the product number, sub-number and date data are read from the arrival details storage section, It has a screen configuration display function that displays the shipping content input screen that displays these order details and arrival details, and when the shipping details are entered, the shipping details are linked to the product number, sub-number, and date data and shipped. A shipping function that has a shipping content storage function that is stored in the information storage function.

By causing this computer to execute this program, the same effect as that of the invention described in claim 14 can be obtained.

[0053]

DETAILED DESCRIPTION OF THE INVENTION One embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows an example of the order management system according to the first aspect. An example of the storage unit of the order management system described in FIG. 1 will be described with reference to FIG.

FIG. 2 shows an example of order plan information for each week of October for the product "Mikan L", which is scheduled to be ordered from the distribution center to the shipping destination of the production site. As shown in FIG. 2, the order plan information storage unit stores a weekly order plan for fruits and vegetables for one year. The ordering plan information is configured for each fruit and vegetable product, and stores ordering week, product name, planned quantity, revised quantity, planned price, revised price, and the like. Here, the ordering week is a week in which an ordering is scheduled to be performed, and the product name is a classification of rough types of fruits and vegetables, such as “mandarin orange” and “apple”. As the product name, the size and grade of fruits and vegetables, and a product to which a certain processing state is added may be used according to the custom in the art. For example, "apple (M size)", "wild vegetable mix" and the like. The planned quantity is the total quantity of the initially ordered quantity, and the modified quantity is the quantity that has been modified after considering the actual order status from the mass retailers and the harvest status of fruits and vegetables.

The order input screen information storage unit stores screen information for forming a standard order input screen specifically used when ordering fruits and vegetables to each order destination. The order input screen is shown in FIG. 3 immediately after the screen is opened. An input window for inputting a product name is provided at the top of the screen. In the upper row, a column for the latest order quantity (corrected quantity) and a column for the latest price (corrected price) are provided for each week of the month including the order input date. In the middle row, there is an ordered column for each week and an excess / deficiency column from the planned quantity.
It is provided every week. An order details input window for placing an order is provided in the lower stage. Immediately above the order details input window, a product number and an order input date are displayed, and an order date input window as date data is provided.

Note that the date data is used to specify the data to be processed, and is especially for allowing the data input person to easily specify the target data. Since it is performed in units, any data that can specify the day may be used. Specifically, it is preferable to use the order date at the ordering stage.

The order input date is the operation day when the order is input. The order date is the date when the order is sent to the place of production or the supplier.

Further, the product number is for identifying one product of fruits and vegetables to some extent, and is not necessarily the "number" as it is literally, and may be the product name or some symbol. Here, in practice, it is convenient to express it as a number, so it is named "product number". In this embodiment, it is represented by 8 digits.

A sub-number is displayed on the leftmost side of the order content input window, and the order destination, grade, size, quantity, unit, desired arrival date, and planned shipping date can be entered in one line. The total quantity entered in the order entry window is displayed as a total under the order entry window. At the bottom of the screen, a sub-number addition button, a screen by arrival date, a confirm button, and an order button are provided.

The screen by date of arrival links the screen indicating the quantity to be received from each supplier to each arrival date.

As shown in FIG. 4, when the product name or product number is selected and input by referring to the product table in the product name input window and the search button is clicked, the product name is displayed in the input window portion. The order plan table and the middle table are searched and displayed correspondingly.

Immediately after opening the screen, as shown in FIG. 3, only one line in which the sub-number is displayed as "00" can be entered in the order content input window. When is clicked, "0
"1" will be displayed and you can enter on that line. In the example of FIG. 4, after the sub-number is input in the line of "00", the sub-number addition button is clicked to generate the line of "01" and the order contents of the second order destination are input, and Once again, the sub number addition button is clicked and "0
The row "2" is generated. That is, it shows a state in which the order details of the third ordering party will be input.

Next, the order detail information storage section stores the order details of the already ordered items as the product number, the sub number, and the date of order as date data. A plurality of orders having the same product number and the same ordering date are distinguished by the sub-number, and a plurality of orders having the same product number and the sub-numbering are distinguished by the ordering date. That is, when an ordering operation is performed twice with the same product number on the same day, different sub-numbers are automatically added to distinguish the two.

As shown in FIG. 5, the order contents information includes order input date, product number, sub-number, product name, place of origin, supplier, quantity, unit, grade, size, order quantity, price, order date, and arrival of goods. A desired date, a planned shipping date, etc. are configured as a table in which one row is stored corresponding to each sub-number. What is the production area?
It shows the extent of the prefecture. This is because the production areas of various fruits and vegetables can be specified to some extent in prefectures.

When there are a plurality of order destinations for one product number (when ordering to a plurality of shipping destinations on the same day), different sub-numbers are attached to the order contents to the respective order destinations for distinction. In other words, the sub-number is one or two or more dynamically assigned to one product number according to the situation,
In addition to roughly distinguishing the types of fruits and vegetables indicated by the product number and product name, by specifying the production area, desired arrival date (close to the harvest date), grade, etc. Identify even fruits and vegetables. In other words, it is also for more specifically expressing the content of the product. Unlike ordinary industrial products that can be identified only by product number, fruits and vegetables cannot be identified as "commodities" by product name or product number alone, and quality and production area (close to the ordering party)
Furthermore, it is derived from the fact that it can be specified as a "commodity" for the first time including date data such as the order date.

For example, in FIG. 5, the product numbers are the same "0.
There are three rows of "Mikan L" which is "1234567",
They are distinguished by sub-numbers 00-02. In this example, the sub-number is used in principle to distinguish the ordering party (corresponding to the production place). Further, even when information necessary for identifying a fruit or vegetable as a "commodity" that cannot be identified only by a commodity name such as "Mikan L", for example, a grade or the like is different, the subnumber can be used to distinguish. For example, if two kinds of quality products are ordered from the same supplier, two sub-numbers will be generated. Sub number is 1
It suffices if they can be distinguished from each other within one product number. Although an arbitrary number of sub-numbers can be generated, it is practically sufficient if about 100 sub-numbers are prepared for one product number in consideration of use at a later stage.

The ordering party is a collection agricultural cooperative or a collection company that deals with the fruits and vegetables of each production area, the unit is the unit of shipment from the production area, and the grade is the quality of the fruits and vegetables. The size indicates the approximate size of fruits and vegetables, the desired arrival date is the desired date of arrival from the production site to the distribution center, and the expected shipping date is the expected date of shipment from the distribution center to the mass retailer.

Data such as product name, product number, grade, size, unit, place of origin, orderable destination, etc. necessary for order entry is stored in the product table. Further, the name, address, fax number, telephone number, name of person in charge, etc. of each supplier are stored in the supplier table. These tables are also stored in the storage unit, but are not shown in FIG.

Next, an example of the processing unit of the order management system will be described.

The order input screen display unit sends the standard input screen information read from the order screen information storage unit to the order terminal. When the product number or the like is input and the ordering plan information of the product is read, the screen is reconstructed using the information and sent to the ordering terminal. When the sub-number is generated, one line is added to the input window of the order input screen, and the screen is reconfigured so that it is displayed on the left side of the line of the input window to which the new sub-number is added, and the order terminal is sent.

Each time the sub-number addition button is clicked, the sub-number generation unit reads out the largest sub-number among the sub-numbers displayed on the order input screen and adds 1 to it to generate a new sub-number. , Send to the order input screen display section.

When the confirm button is clicked, the order content storage section reads the order content input on the screen and stores it in the order content information storage section shown in FIG. 5 as one column data for each sub-number.

When the order button is clicked, the order transmission section separates the order contents for each order receiver and refers to the order receiver table and notifies each order receiver of the order contents via the FAX modem. Further, after each notification of the ordering party is completed, an ordering completion flag is set in the column of the corresponding product number and sub-number in the ordering content information storage section.

Next, an example of a processing flow using the order management system of claim 1 will be described with reference to FIG.

When the ordering process is selected and started (SH
1) First, the standard order input screen information is read from the order input screen information storage unit (SH2) and displayed on the order terminal screen (SH3).

On the order input screen, from the ordering terminal,
When the product name or product number of an apple or the like is input by referring to the product table (SH4), the weekly order plan information of the product corresponding to the product information is read from the order plan information storage unit (SH5). Further, the already ordered information for the week including the input date of the product is read out from the ordered content information storage unit, and the difference between the planned order number and the already ordered number for each week is automatically calculated as “excess / shortage”. The read plan information and product name,
Further, the information regarding the already-ordered items and the excess / deficiency information are reconstructed and displayed together on the order entry screen (SH6).

The sub-number of the order entry window on the order entry screen is "0.
In the 1st line where "0" is displayed, the order details for 1 supplier is entered by referring to the product table (SH7), and if an order entry for the 2nd supplier is required, a sub number is added. The button is clicked (SH8). Then, the flow in FIG. 6 branches from SH8 to the right, and the sub-number generation unit refers to the sub-number that already exists, and sets 1 to the maximum "00".
To generate “01”. Then, a new sub-number "01" is displayed on the second line of the input window, and the screen is reconfigured and displayed so that the second line of the ordering window can be input (SH6). Therefore, the order details for the second order destination are entered in the input window that can be entered (SH7). If you want to specify more than one place to place the order, the additional operation will be repeated by clicking the sub number addition button (SH9-SH6-SH7-SH8).

When the sub-numbers are generated by the number of the orderers and the order information is input, the confirm button is clicked (SH8),
The flow branches downward, and the order information displayed on the screen is stored in the order content information storage unit as the table of FIG. 5 (SH10).

Then, when the order button is clicked,
The order details are separated for each order destination (each sub number), and the order details are notified to each order destination via the FAX modem while referring to the order destination table. An order completion flag is set in the column of the corresponding sub-number of the corresponding product number in the order content information storage unit from the arrival of the FAX. Ordering is completed and transmission processing is completed for all suppliers (SH1
1). This completes the order management flow (SH12).

Next, the receipt management system of claim 5 will be described. FIG. 7 illustrates an example of the receipt management system of claim 5. First, an example of the storage unit of the arrival management system will be described.

The order content information storage unit is the same as that described in the previous order management system, and the order content information for which an order has been completed is stored in the format shown in FIG.

The receipt input screen information storage section stores screen information for forming a standard receipt input screen used when receiving the fruits and vegetables sent from each order recipient. FIG. 8 shows a state immediately after the screen of the arrival input screen is opened. At the top of the screen, there is an input window for entering the product number, the supplier and the desired arrival date, and in the middle, the sub-number, place of origin, product name, size and grade at the time of ordering and receiving. The quantity, unit, and arrival date can be displayed or entered in a list form. At the bottom of the screen, a sub number addition button, a confirm button, and a label button for printing a label are provided.

In FIG. 9, information is displayed on the screen of FIG.
A screen that is ready for input is shown in the "when received" line. The data displayed in the line “at the time of ordering” is the ordering content information specified by the product number and the input data of the ordering party, which is read out from the ordering content storage unit. The line “at the time of arrival” is input while referring to the information at the time of ordering at the time of receiving the arrival.

When the sub-number addition button is clicked, the line "at the time of arrival" is added. At that time, a new sub-number is added. This new sub-number is generated by adding 1 to the largest sub-number existing in the order content information storage unit and the receipt input screen for the corresponding product number. To be done. In this example, the product number “01234567”
As for FIG. 5, sub numbers “00” to “02” are already used as shown in FIG. When the confirmation button is clicked, the information displayed on the screen and the input information is read out and stored in the receipt content information table shown in FIG. 10 for each sub-number.

When the label button is clicked, the stock information is read out, and the sticker with the bar code label shown in FIG. 11 is printed by the bar code label printer.
In addition to the barcode, the product number,
Sub-number, product name, size, grade, supplier, arrival date, arrival unit (“10 bags” in FIG. 11), arithmetic number assigned in order for each arrival unit, and total number of arrival units (in FIG. 11) "3 of all 6 bags") is printed.

The arrival content information storage unit stores the inspection result of the arrived merchandise specified by the merchandise number, the sub number, and the arrival date by using the merchandise number and the sub number. As shown in FIG. 10, as the arrival content information, information fixed at the time of arrival such as a product number, a sub-number, a desired arrival date, a size, a grade, a quantity, a unit, an arrival date, and a price is stored in a row for each sub-number. To be done. In the example shown in FIG. 10, the result of the inspection at the time of receipt shown in FIG. 9 is stored.

Next, an example of the processing unit of the receipt management system will be described.

The screen configuration display unit sends the standard incoming input screen information read from the incoming input screen information storage unit to the incoming terminal. When the product number is input and the corresponding ordering information is retrieved, the information is read, reconfigured to be displayed on the screen, and sent to the receiving terminal. Further, when a sub-number is generated, the input line of the screen is increased by one line, a new sub-number is displayed on that line, and the screen is reconstructed and displayed.

Each time the sub-number addition button is clicked, the sub-number generation unit reads out the largest sub-number displayed on the screen, adds 1 to it and generates a new sub-number, and the screen configuration display unit Send to.

When the confirm button is clicked, the arrival contents storage section reads out the arrival contents information displayed on the screen and stores it as one column of data in the table as shown in FIG.

When the label button is clicked, the printer output unit reads the in-stock contents information displayed on the screen and incorporates the read-in contents information into the standard screen of the bar code label shown in FIG. , Print the bar code label corresponding to each packing unit.

Next, an example of a processing flow using the receipt management system of claim 5 will be described with reference to the flowchart of FIG.

First, when the arrival process starts (SN0),
The standard receipt input screen information shown in FIG. 8 is read from the storage unit and displayed on the receipt inspection terminal screen (SN1). Subsequently, when the product number, the ordering party, and the desired arrival date are input, the order content information relating to the corresponding product number, ordering party, and desired arrival date is acquired from the order content information storage unit. The item number, supplier, and desired arrival date data are displayed instead of the input window, and the corresponding order details information is reconfigured and displayed in the "At the time of ordering" line (SN4). . Products having the same product number but the same ordering party / desired arrival date but different sub-numbers due to different grades are also displayed as separate lines in this example. It should be noted that products that have already been inspected for arrival are not displayed.

The line "at the time of arrival" is an input window, and in this example, there is only one line at the time of "ordering", so that only one line is displayed correspondingly. The received products are inspected, and the result is entered in the “when received” line (SN5). As a result of the inspection, when the received goods are partly different from the goods specified at the time of ordering, for example, if 100 pieces are ordered in 10 bags, only 60 pieces will be received in 10 bags, and instead 4 pieces will be received. When 40 bags are received, first, 10 bags are input on the screen (SN5), and then the sub number addition button is clicked (SN6). Then, branching from SN6 to the right, of the sub-numbers already assigned to the same product number, the largest one is read out from the order content information storage section and the arrival input screen,
A new sub-number is generated by adding 1 to it (SN7). In addition, a new line "when received" is added, and as shown in Fig. 9, a new sub-number is displayed in a new line when "received", and the arrival input screen is reconfigured and displayed (SN
Four). In this new line, the contents of receipt that are different from those at the time of ordering are entered (SN5). In the above example, the contents of the arrival of 40 pieces in 4 bags are input. Further, if there is a different arrival content than when ordering, the sub number addition button is clicked again and the SN
Following the loop of 6-SN7-SN4-SN5-SN6, the contents of arrival are additionally input.

When the confirm button is clicked when the contents to be additionally input are exhausted, the flow branches downward to read the contents displayed on the screen and display the contents in the input contents information storage unit as shown in FIG. The data of the contents of receipt is stored in one column for each sub-number (SN8). Then, when the label button is clicked, necessary information is printed on the barcode label, and the barcode label shown in FIG. 11 is printed out from the label printer for each packing unit of the product. (SN9). This completes the flow of receipt management.

Next, the shipping management system of claims 9 and 10 will be described with reference to FIGS.

First, the storage section of the shipping management system of FIG. 13 will be described.

The order details information storage unit stores the order details of a plurality of products ordered from a plurality of mass retailers for each order number. FIG. 14 shows an example thereof. In FIG.
Order number, volume retailer name, volume retailer order number, order date, product name, size, grade, total quantity, unit, unit price of delivery, total delivery, delivery destination 1, delivery number 1, desired delivery date 1, scheduled delivery date 1
Etc. are stored. The order number is automatically numbered when the data is input. Usually, a plurality of products are designated by one order, but in this case, a different order number is attached to each product and data is stored in one column for each product.

Next, the arrival contents information storage section referred to here is
It has contents including the data of the sixth receipt content information storage unit of the invention described above and the data of the first order content information storage unit of the invention described above. That is, not only the result of inspecting the fruits and vegetables received at the distribution center but also the data such as the ordering party are stored. Specifically, order information and arrival content information are stored in each column for each product number, sub-number, and desired arrival date.

The shipping input screen information storage unit stores screen information of a standard input screen for inputting shipping contents, an example of which is shown in FIG. In FIG. 15, an input window for inputting the product number, the planned shipping date, the place of origin, the size, the grade, etc. is provided at the top, and the number of orders,
The inventory quantity can be displayed. The number of orders is the total number of orders corresponding to the product number and the like. The stock quantity means the total of the corresponding stock quantity of stock.

A list of arrival information is provided in the upper part, and the product name corresponding to the product number can be displayed (not displayed) just above it. The list of arrival information can display sub-number, supplier, place of origin, grade, size, number, unit, confirmation, and arrival date for each sub-number. In the confirmation column, for the products that have been confirmed to be eligible for shipment by clicking the confirmation button,
This is a field in which a mark to that effect is displayed. Below the receipt information list, the total number of products displayed in the arrival information column is displayed as a total, and as the excess or deficiency, the difference between the number of received items and the number of orders is displayed.

A sub-number addition button, an additional ordering button, a search button, and a confirm button are provided in the middle of the screen. The sub-number addition button is clicked when, for example, the number of stocks is insufficient, A new sub-number line is added to the information list. This line is a line that additionally displays the products to be loaded, and other inventory items that correspond to the same product number but have different order dates will be searched and displayed by clicking the search button. Is the line.
In other words, if you don't have enough stock to do the shipment,
Although specifications such as production areas and grades may differ, this is a line for shipping substitute products that can be regarded as similar products in place of the product. When a plurality of products are found as a result of the search, a plurality of sub numbers are added to the plurality of lines and displayed. The confirm button is a button for confirming the product to be loaded as described above. Note that the additional ordering button is a button for shifting to the ordering management system to perform a new ordering operation when the quantity of the stocked item is insufficient, and the shipping process is ended accordingly.

In the lower part, a list of the distribution information is provided, and the delivery store name, the number of orders, one flight, two flights, and three flights are provided. The delivery store name is the name of each store of the mass-market store that specifically delivers the product, the number of orders is the number of orders to be delivered to that store, and one flight, two flights, and three flights are This is a line for discriminating between truck flights for delivering at different times according to the convenience of each store, and for discriminating at which time the truck flights should be shipped. By specifying the product number and the planned shipping date in the fields of the delivery store name and the number of orders,
Order details whose delivery schedule has not been determined are retrieved from the order detail information storage unit and displayed.

Below the list of cargo information, a cargo confirmation button is provided. When this button is clicked, the contents of the cargo input / displayed on the screen are the shipment contents information which will be described later. It is stored in the storage unit.

FIG. 16 shows "012" in the product number column of FIG.
When "34567" and "October 18th" are input in the planned shipping date column, a screen is displayed in which the corresponding product is searched and displayed from the arrival content information storage unit. In the order quantity column, the relevant order quantity is retrieved from the order table as shown in FIG. 14 and displayed as “120”, and in the quantity quantity column, similarly, although the goods have arrived at the distribution center, they are shipped. The number of relevant products whose destinations have not been determined is retrieved from the arrival content information storage unit and displayed as "80". Further, the product name corresponding to the product number “Mikan L” is displayed on the arrival information list. In addition, the number of stocks that can be distributed is insufficient for the number of orders, but this shortage status is indicated by "Total = 80" and "Oversufficient = -40" at the bottom of the arrival information list.
Is also displayed.

[0107] In the inventory information list, the sub-number is "0.
Two lines of "0" and "03" are displayed. This is because in the search of the first condition, only the product with the sub-number "00" is searched, and this is insufficient for the number of products. This shows the situation where the sub number addition button is clicked. Then the new item will be displayed following the line below with the same item number. At the same time, the largest sub-number of the sub-numbers existing in association with the corresponding product number plus one is displayed. When there are multiple new products retrieved, the number of lines and sub-numbers increase accordingly. The number of orders and the number of shipments for each store are entered in the distribution information list.

The shipping content information storage unit is a table in which shipping content data is stored in one column for each product number, planned shipping date, and delivery shop name. An example is shown in FIG.
In FIG. 17, the product number, arrival date, delivery store name, product name,
The data of items such as the place of origin, size, grade, unit, sub-number, confirmation, shipping date, number of shipments, and truck service are stored.
Here, as a result of having the same merchandise number but different ordering dates, when commodities with different origins and sizes are packed together, a plurality of data such as origins and corresponding sub-numbers are included in the same column. Further, when the product with the sub-number of 1 is sorted and delivered to the same store by two trucks, the same column includes data on a plurality of shipments and a plurality of trucks. Further, when the product having the sub-number of 1 is sorted into a plurality of stores and shipped, the same sub-number is stored in a plurality of columns.

Next, an example of the processing section of the shipping management system will be described.

When the shipping process starts, the screen configuration display section sends the standard shipping input screen information read from the shipping input screen information storage section to the shipping terminal. When the product number, expected shipping date, etc. are entered, items that have been received by the corresponding order information but have not been decided to be shipped are read from the receipt content information storage section, and the corresponding order information is not yet shipped. , Which has not been determined, is read from the order content information storage unit, the shipping input screen is reconstructed to include the information, and the shipping input screen is sent to the shipping terminal. When the sub-number addition button is clicked, the searched products sent from the search section and the sub-number sent from the sub-number section are used as the starting numbers to add new sub-numbers for the number of products. The shipping input screen information is reconstructed and sent to the shipping terminal.

The shipping content storage section reads the content input / displayed on the screen when the confirm button is clicked, and stores it in the shipping content information storage section with the configuration shown in FIG. When the load confirmation button is clicked, the contents input / displayed on the screen are read out and the corresponding data in the shipping contents information storage section is overwritten and stored.

When the sub-number addition button is clicked, the search section searches the arrival content information storage section for a product having the same product number but different ordering dates and not yet determined to be shipped,
Send to the screen configuration display section.

When the sub-number addition button is clicked, the sub-number generation section generates a new sub-number by adding 1 to the largest sub-number added to the item number, and the screen configuration display section is displayed. Send to.

When the load confirmation button is clicked, the shipping slip output section divides the shipping contents for each shipping destination and forms a standard shipping slip by referring to the shipping destination table,
Print out.

When the load confirmation button is clicked, the shipping label output section prints out the shipping labels showing the product contents and the shipping destination for each packing unit for the number of packing units.

Next, an example of a processing flow using the shipping management system of claim 9 will be described with reference to the flowchart of FIG.

First, when the shipping process starts (SS0),
The standard shipping input screen information shown in FIG. 15 is read from the storage unit, sent to the shipping terminal, and displayed on the screen (SS
1). When the product number or the like is input to the shipping terminal (SS2), the shipment information corresponding to the product number or the like whose shipment has not been determined is read from the shipment content information storage unit, and
Similarly, the corresponding order information whose shipment has not yet been determined is read from the order content information storage unit (SS3), and the screen is reconstructed by combining it with the standard screen information that was read previously and the shipping terminal Is redisplayed on (SS4).

Next, when the judgment of SS5 is made and the number of products in the read-out arrival information column is insufficient as compared with the total number of the ordered products, the product to be unloaded is added from the in-stock products. If so, the sub number addition button is clicked. Then, the flow branches from SS5 to the right, and of the sub-numbers associated with the product number, the largest one is read from the receipt content information storage unit, and 1 is added to it to generate a new sub-number. (SS6). In addition, a new product that has the same product number but was not searched at the stage of SS3 because the order date is different is searched (SS7), and the shipping input screen is reconfigured and displayed on the screen together with the new sub number. (SS
Four). At that time, if there are multiple new products, one or more products are selected, starting from the newly generated sub-number,
Each newly selected item is given a respective sub-number in turn.

SS5 to SS6 because you don't have in-stock items
If you can't move to, but want to add an in-stock item, determine whether to make an additional order (SS8). When placing a new order, the order button is clicked to shift to the order management system, and the operation of the shipping management system ends. If a new order is not placed, the confirm button is clicked and the flow moves to SS9.

If the number of products is insufficient in SS5 but the products in stock are not added, the confirm button is clicked and the flow is
Continue from SS5 down.

[0121] When an in-stock item is added from the in-stock item, the determination of SS5 is performed again, and when it is desired to add another item, the process branches to the right again to SS5-SS6-SS7-SS4-SS5.
The loop of is repeated. When it is determined that an in-stock item will not be added from the in-stock item or a new order will not be placed, the confirm button is clicked (SS5 or SS8), and the flow branches to the bottom and the items to be loaded / displayed on the screen are sorted. Information is stored in the shipping content information storage unit shown in FIG.
(SS9).

Subsequently, which in-stock item is to be delivered to which delivery store, and which truck is to be used for delivery are determined, and the load information is input (SS10).

Then, when the load confirmation button is clicked, the shipping information input / displayed on the screen is read out and stored in the shipping content information storage section (SS11). that time,
The information stored in SS9 is overwritten. In addition, the shipping contents are separated for each delivery store and configured into a shipping slip format, which is sent to a shipping slip printer and printed (SS1
2). Further, shipping information such as a delivery store name is configured in a label format for each packing unit, and is sent to a shipping label printer to be printed out (SS13). This completes the flow of shipping processing (SS14).

Next, the distribution management system of claim 14 will be described. This system is a distribution management system for fruits and vegetables that combines the order management system according to claim 1, the receipt management system according to claim 5, and the shipment management system according to claim 9 and can consistently perform ordering and shipping.

FIG. 19 shows an example of the hardware configuration of this system. In this system example, a server that manages a distribution management database, an ordering terminal, a fax modem, a receiving terminal, a bar code label printer, a shipping terminal, a shipping slip printer, a shipping label printer, and a router are mainly LAN.
(Local Area Network). The distribution management database is provided with order plan information, order content information storage, order content information storage, arrival content information storage, and shipping content information storage.

This system example is premised on being installed in a distribution center for fruits and vegetables, but is not limited to this. In particular, when there are a plurality of distribution centers, it is sufficient that the center has a receiving terminal and a shipping terminal. Each part may be directly connected by, for example, a telephone line, or may be a WAN (Wide Area Network).
k) or via the Internet.

Note that the first to thirteenth hardware configuration examples of the invention can be configured by using the corresponding parts of the hardware configuration shown in FIG.

The program of claim 15 is a program for realizing the invention of claim 14, and may be stored in a computer-readable recording medium.
Here, the recording medium refers to a portable medium such as a flexible disk, a magneto-optical disk, a ROM, a CD-ROM, or a recording device such as a hard disk built in a computer system. Further, the program is the first to first aspects of the invention
It is also possible to divide it into portions corresponding to each of 3 and store the divided ones in the respective storage media.

The distribution management database may be configured as a relational database, or may be XML (eXtens
ible Markup Language) type database. Also, each screen information storage unit may be included.

Although the ordering terminal, the receiving terminal, and the shipping terminal are general-purpose personal computers, they are not necessarily limited to these, but a mobile phone and a PDA (Personal Digital).
Assistance), or even a dedicated network terminal or the like.

In addition to the above, an input device, a display, a printer, etc. are connected to each computer as peripheral devices. Here, the input device refers to an input device such as a keyboard and a mouse. A display is a CRT
(Cathode Ray Tube) and liquid crystal display devices.

The distribution management database may be built in the server or may be in another device and accessed from the server by communication. The storage unit or database is a non-volatile memory such as a hard disk device, a magneto-optical disk device, a flash memory, or a CD.
A read-only recording medium such as a ROM, a volatile memory such as a RAM, or a combination thereof. Same for each terminal.

The date data used in the present invention is not particularly limited as long as the person who inputs the computer can specify the data to be processed. It is better to use the order date at the ordering stage. Also, the order date may be used at the stage of arrival, but the desired date of arrival may be used. In addition, since the date of arrival at a mass retailer is important at the shipping stage, the delivery date is preferably used, but the ordering date may be used. The content information storage unit at each stage may hold a plurality of dates in order to secure the relation of data inside the computer, but a separate internal management number may be provided inside the computer. . In this case, the data reading process becomes faster, which is preferable.

Further, "possible to input date data" means
It does not necessarily mean that you must be able to manually enter on the screen, but it is also possible that the computer automatically calculates and displays date data based on the operation input date based on a predetermined formula. .

The sub-number does not have to start from "00" as described in the present embodiment, and may be substantially discriminated by using an arbitrary symbol or the like. Alternatively, the last two digits of each product number may be set to "00" and this portion may be used as a sub number. Alternatively, a number table may be configured for each product number, and a sub number and information related thereto may be stored in each number table.

In the above example, the order sending unit sends the order by fax, but of course, the order may be sent by e-mail or posted on the home page.

As shown in FIG. 8, the arrival contents screen may be read from the storage unit by using the product number and the order destination, but of course, the product number, the sub number, and the order date may be used.
Furthermore, it is also possible to specify the orderer and the delivery date and display the products of a plurality of product numbers on one screen. In actual merchandise distribution, it is usual for trucks from the same production area to carry multiple types of fruits and vegetables on the same arrival date. There is a practical merit in displaying a list of products that will be delivered from the ground on the same day. Therefore, it is preferable to use the delivery date together.

The arrival contents information storage unit may be a table different from the order contents information storage unit as shown in FIG. 10, but both may be one table specified by the product number and the sub number.

In the case where the distribution center is a so-called transit type distribution center that has no in-stock products for more than a day, in the shipment management system shown in FIG. It is also possible to simply place a new order without using the sub-number generation unit to search for in-stock products.

Although the embodiment of the present invention has been described in detail above with reference to the drawings, the specific configuration is not limited to this embodiment, and includes design changes without departing from the idea of the present invention.

[0141]

As described above, according to the present invention, it is possible to flexibly manage the physical distribution of merchandise such that it is necessary to frequently procure from a plurality of production sites, and the quality and quantity of the products fluctuate at any time. As a result, these data can be utilized in the production plan and ordering plan for the next year. Especially suitable for logistics management of fruits and vegetables.

[Brief description of drawings]

FIG. 1 is a block diagram showing an example of an order management system.

FIG. 2 is a diagram showing an example of an order planning table.

FIG. 3 is a diagram showing an example of a standard screen for inputting order contents.

FIG. 4 is a diagram of an example in which order contents are input on an order contents input screen.

FIG. 5 is a diagram showing an example of a table in which order content information is stored.

FIG. 6 is an example of a flowchart of ordering processing.

FIG. 7 is a block diagram showing an example of an arrival management system.

FIG. 8 is a diagram showing an example of a standard screen for inputting arrival contents.

FIG. 9 is a diagram of an example in which the arrival contents are input on the arrival contents input screen.

FIG. 10 is a diagram showing an example of a table in which arrival content information is stored.

FIG. 11 is a diagram of an example of a barcode label.

FIG. 12 is an example of a flowchart of a receiving process.

FIG. 13 is a block diagram showing an example of a shipping management system.

FIG. 14 is a diagram showing an example of a table in which order content information is stored.

FIG. 15 is a diagram showing an example of a standard screen for inputting shipping contents.

FIG. 16 is a diagram of an example in which shipping contents are input on a shipping contents input screen.

FIG. 17 is a diagram showing an example of a table in which shipping content information is stored.

FIG. 18 is an example of a flowchart of shipping processing.

FIG. 19 is a conceptual diagram of a hardware configuration of a physical distribution management system.

[Explanation of symbols]

1 processing unit, 2 storage unit, 3 order input screen display unit, 4 sub-number generation unit, 5 order content storage unit, 6 order transmission unit, 7 order plan information, 8 order input screen information, 9 order content information, 10 inputs Interface, 11 screen output interface, 12
Fax interface. SH1 start, SH2 order input screen information read step, SH3 order input screen display step, SH4 product information input, SH5 order plan information read step, SH6 order input screen redisplay step, SH7 order content input, SH8 sub number addition judgment step, SH9 sub-number generation step, SH10 order details storage step, SH11 order fax transmission step, SH12 end. 71 processing unit, 72
Storage unit, 73 screen configuration display unit, 74 sub-number generation unit, 75 arrival contents storage unit, 76 printer output unit, 77 order contents information,
78 Receipt input screen information, 79 Receipt contents information, 80 input interface, 81 screen output interface, 82 printer output interface. SN0 start, SN1 receipt input screen display step, SN2 product number etc. input, SN3 order information acquisition step, SN4 input screen reconfiguration display step,
SN5 Receipt details input, SN6 sub-number addition judgment step, SN7
Sub-number generation step, SN8 receipt content information storage step,
SN9 Bar code label printing step, SN10 end. 131
Processing unit, 132 storage unit, 133 screen configuration display unit, 134 shipping content storage unit, 135 search unit, 136 sub-number generation unit, 137 shipping slip output unit, 138 shipping label output unit, 139 order content information,
140 Shipment content information, 141 Shipment input screen information, 142 Shipment content information, 143 Input interface, 144 screen output interface, 145 Shipment slip printer interface,
146 Shipping label printer interface. SS0 start, SS1 shipment input screen display step, SS2 product number etc. input, SS3 receipt information acquisition step, SS4 shipment input screen reconfiguration display step, SS5 sub-number addition judgment step, SS
6 Product search step, SS7 inventory search judgment, SS8 new order judgment, SS9 receipt information storage step, SS10 shipment information input, SS11 shipment contents information storage step, SS12 shipping slip printing step, SS13 shipping label printing step, SS14 end. 191 Logistics management database, 192 server, 193 ordering terminal, 194 fax modem, 195 receiving terminal, 196 barcode label printer, 197 shipping terminal, 198 shipping label printer, 199 shipping slip printer, 200 router, 201 public line, 202 external router .

Claims (15)

[Claims] 1. A computer system for managing the order status of products at the distribution stage, wherein order information is displayed by reading the screen information of the order input screen from which the product number, date data and order details can be input from the storage unit. The screen display section, the sub-number generation section that generates sub-numbers related to product numbers, and the product number, sub-number, date data, and order contents when the product number, date data, and order contents are input. An order management system having an order content storage unit which is associated and stored in an order content information storage unit. 2. The order content includes data for specifying an order destination for each sub-number, and the order content storage unit links the data for specifying each order destination for each sub-number with the order content. The order management system according to claim 1, which is stored in an information storage unit. 3. The order management system according to claim 2, further comprising an order transmission unit that separates the order contents for each order destination and transmits the separated order information to each order destination. 4. The order management system according to claim 1, wherein the products are fruits and vegetables. 5. A computer system for managing the arrival status of products at the distribution stage, which comprises an order content information storage unit storing order content including product number, sub-number and date data, and an order content information storage unit. A screen configuration display section that reads out the order details specified by the number, sub number, and date data, and configures and displays the arrival contents input screen that displays the order details, and the sub number that generates the sub number in relation to the product number. An arrival management system having a generation unit, an item number, a sub-number, and date data, and an arrival content storage unit that stores the input arrival content in an arrival content storage unit. 6. The receipt management system according to claim 5, wherein the sub-number is generated subsequent to the sub-number included in the order content. 7. Based on the contents of receipt, for each sub-number,
The receipt management system according to claim 5, further comprising a barcode label output unit that prints out a required number of barcode labels for specifying a product. 8. The order management system according to claim 5, wherein the product is a fruit or vegetable. 9. A computer system for managing the shipping status of goods at the physical distribution stage, wherein a received order content storage unit stores received order contents including data for specifying an order receiver, and received goods stores date received data. The contents of the order specified by the contents storage unit based on the data for specifying the order receiver, and the contents of the arrival specified by the product number, sub-number and date data from the contents storage unit of the received goods. It has a screen configuration display that reads out and displays a shipping content input screen that displays these order details and arrival details. When shipping details are entered, the shipping details are linked to the product number, sub number, and date data. A shipping management system having a shipping content storage unit for storing in a shipping information storage unit. 10. A sub-number generation unit for generating a sub-number is provided, and when the sub-number is generated, the shipping content storage unit associates the newly generated sub-number with the receipt contents input in association with the newly received sub-number. The shipping management system according to claim 9, wherein the shipping management system stores the shipping information in a shipping information storage unit. 11. The receipt management system according to claim 10, wherein the sub-number is generated subsequent to the sub-number included in the receipt contents. 12. The shipping management system according to claim 9, further comprising an output unit that prints out a shipping slip or shipping label based on shipping contents. 13. The product according to claim 9, wherein the product is fruits and vegetables.
The order management system described in any one of 2. 14. A computer system for physical distribution management of merchandise, comprising: an order content information storage unit, an arrival content storage unit, an order content storage unit, a shipping information storage unit, and a sub number associated with the product number. And a sub-number generation unit
Furthermore, the distribution management system of fruits and vegetables which has the following three parts. (1) When the order number input screen display section that reads out the screen information of the order number input screen from which the product number, date data, and order details can be input and is displayed on the screen, and the product number, date data, and order details are input An ordering section having an ordering content storage section that stores a product number, a sub-number, date data, and an ordering content in association with each other in the ordering content information storage section. (2) It has a screen configuration display unit that reads out the order content specified by the product number, sub-number, and date data from the order content information storage unit and configures and displays the arrival content input screen displaying the order content. A receiving section having a number, a sub-number and date data, and an arrival content storage section for storing the entered arrival content in an arrival content storage section. (3) Read the order details specified from the order details storage unit based on the data specifying the order receiver, and the arrival details specified by the product number, sub-number, and date data from the arrival contents storage unit, and receive these order details. It has a screen configuration display section that displays the shipment content input screen that displays the shipment content and the shipment content. When the shipment content is input, the shipment content is linked to the product number, sub number, and date data, and the shipment information storage section. A shipping section having a shipping content storage section to be stored in. 15. An order content information storage function, an arrival content storage function, an order content storage function, a shipping information storage function, a sub number generation function for generating a sub number in association with a product number, and the following three functions. A logistics management program for fruits and vegetables that allows computers to execute and. (1) When the order number input screen display function that reads out the screen information of the order number input screen from which the product number, date data, and order details can be input from the storage function and is displayed, and the product number, date data, and order details are input In addition, an ordering function having an ordering content storing function of associating a product number and a sub number, date data, and an ordering content with an ordering content information storage function. (2) It has a screen configuration display function that reads out the order content specified by the product number, sub-number, and date data from the order content information storage function and configures and displays the arrival content input screen that displays this order content. A stock function having number, sub-number and date data, and a stock content storage function for storing the input stock content in the stock content storage function. (3) The order content specified from the order content storage function based on the data for specifying the order receiver, and the arrival content specified by the product number, the sub number, and the date data are read out from the arrival content storage unit, and these order contents are read. It has a screen configuration display function that displays the shipment contents input screen that displays the shipment contents and the shipment contents. When the shipment contents are input, the shipment contents are linked to the product number, sub number, and date data, and the shipment information storage function A shipping function that has a shipping content storage function.