JPH0812678B2 - Product delivery system - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of use] The present invention relates to a product delivery system for delivering a product based on ordering data regarding a product ordered by a subscriber.

[Conventional technology]

Traditionally, consumer cooperatives (co-ops) and agricultural cooperatives (agricultural cooperatives)
Have adopted a product sales method in which each group consisting of a plurality of subscribers (users) collectively delivers products ordered by each group.

That is, when each user orders a desired product for each group from the product distributor, the co-op or the agricultural cooperative, the product distributor periodically and collectively delivers the product to each group. On the other hand, each group has an appointed team leader who collects orders from the users of each group, contacts each user and delivers the ordered products.

The above-mentioned sales method has an advantage in that even if the user is absent, it is possible to order and deliver products as long as there is a group leader, but on the other hand, since the ordered products are delivered collectively, Since the product ordered by the user is mistakenly taken or the product purchased by another user can be seen, the problem of interpersonal relations and product transactions such as privacy protection cannot occur.

In addition, since the selected group leader must manage the products ordered by a plurality of users who are members of the group, there is a problem that the workload is large and the burden is large.

Therefore, the applicant of the present application has previously proposed a product delivery system that enables ordering of products and receipt of products for each house even if the user is absent.

In this proposed product delivery system, a product storage box for storing the products to be delivered is placed in each user's house, and the user can carry out the ordering data input means, for example, a key input unit of the user's device owned by each user. For ordering data entered by the customer, the ordering data entered by the ordering data input means is stored in a storage means, such as a RAM, and is used by a delivery agent of each courier who delivers the goods to the delivery staff. In order to collect and store the order data in a storage means such as a RAM of the device, a writing means such as a CPU for writing the order data stored in the storage means into the user storage medium is stored in the user device. The user storage medium in which the ordering data is written by the writing means is stored in the product storage box and delivered. There has been to receive orders for goods to be stored in the storage unit order data stored in the user storage medium housed in the product receiving box by loading the equipment the delivery person.

As described above, the user inputs the order data for the product to be ordered by the order data input means of the user equipment, stores the order data in the storage means of the user equipment, and further stores the order data stored in the storage means. Is written in the storage medium for the user by the writing means, and the storage medium for the user is stored in the product storage box for storing the delivered product.

On the other hand, the deliveryman of the courier makes an order by reading the ordering data stored in the user storage medium stored in the product storage box into the deliveryman's device he owns and storing it in the storage means. Receive an order for.

Therefore, the deliveryman can deliver the product to the user's house based on the order data stored in the storage means of the deliveryman's device, and store the delivered product in the product storage box. You can receive orders and deliver.

[Problems to be Solved by the Invention]

The above-mentioned proposed product delivery system has many advantages such as no burden on the group leader and protection of privacy, but on the other hand, it is necessary to install a product storage box in each door and have each user carry a user device. Therefore, each user has to bear a lot of initial cost to receive the service by this system.

Therefore, depending on the area, it may be inconvenient, but due to cost or other reasons, there may be cases where the customer wants to order and deliver products in groups. However, with the user equipment of the above-mentioned proposed product delivery system, it is not possible to distinguishably input the orders of a plurality of users who have joined the group. To do this, it is necessary to prepare a separate user device that can input orders of multiple users in a distinguishable manner, but this will increase the types of devices and increase the system cost. Not preferable.

Therefore, in view of the above-mentioned conventional problems, the present invention is a product delivery system that can easily respond to both door-to-door and group-by-door costs without separately preparing a device. The challenge is to provide.

[Means for solving the problem]

As shown in the basic configuration diagram of FIG. 1, the product delivery system made by the present invention to solve the above-mentioned problems inputs order data for inputting order data of products to be ordered, such as a key input unit. A device 122 for a user having a means 122 and a storage means 12a-1 configured to store the order data input by the order data input means 122, for example, and possessed by each delivery member of a courier who delivers a product, A deliveryman's device 32 having a storage means 32a-1 which is, for example, a RAM for collecting and storing the order data, and the user's device 12 stores the order data stored in the storage means 12a-1 by the user. Writing to the storage medium 11 for writing has a writing means S143 composed of, for example, a CPU, and the ordering data stored in the storage medium 11 for users is read by the equipment 32 for delivery staff and stored therein. Means 32a-1
In the product delivery system for storing an order for a product stored in the user device 12, the user device 12, of the user storage medium 11 created for door-to-door or group-by-user identification data is stored in advance. Determine the type, for example CPU
When it is determined that the user storage medium 11 is for group classification by the determination section S105a, the order data input can be performed so that the order data for a plurality of users who configure the group can be identified. It is characterized in that it can be input by means 122.

[Action]

In the above-mentioned configuration, the order data input means 122 of the user device 12, for example, a key input section, inputs order data for the product to be ordered, and the order data input by the order data input means 122 is stored in, for example, a RAM. For example, the RAM of the delivery agent device 32 stored in the means 12a-1 and possessed by each delivery agent of the courier who delivers the product
In order to collect and store the order data in the storage means 32a-1 consisting of, the order data stored in the storage means 12a-1 in the user equipment 12 is written in the user storage medium 11 from, for example, a CPU. Writing means S14
3, the ordering data stored in the user storage medium 11 in which the ordering data is written by the writing means S143 is read into the deliveryman's device 32 and stored in the storage means 32a-1. Since the order is received from the delivery staff, the delivery staff uses the storage means 32a of the delivery staff device 32.
The product is delivered to the user's house based on the order data stored in -1.

Further, the user device 12 is provided with a determination means S105a, which is, for example, a CPU for determining the type of the user storage medium 11 for door-to-door use and group use, and the determination means S105a allows the user storage medium 11 to be used for group use. When it is determined that the order data for a plurality of users constituting the group can be input in a distinguishable manner by the order data input means 122, without separately preparing a user device,
Only by preparing two types of user storage media 11, one for each door and one for each group, it is possible to deliver goods by door and by group.

〔Example〕

 Embodiments of the present invention will be described below with reference to the drawings.

1. System Configuration and Functions FIG. 2 is a diagram showing the overall configuration of a product delivery system according to the present invention. In the figure, reference numeral 1 denotes a user who has subscribed to the product delivery system, and is composed of one user when separated by house, but is composed of a plurality of people who form a group when separated by group. Reference numeral 2 is a courier such as an agricultural cooperative that delivers the goods ordered by the user 1, and 3 is a delivery agent used by the courier 2.

Each user 1 has a user card 11 composed of an IC memory card for each user, and an ordering calculator 12 for reading data written in the user card 11 and writing data in the user card 11. It is distributed.

If the user 1 is an individual, for example, a product storage box 13 is installed under the eaves, and if it is a group, the product storage box 13 is installed.
Will not be installed, and products will be delivered to the group leader's house.

The ordering calculator 12 is used for reading menus from the user card 11 and writing orders (ordering data) in the user card, and displays the products in katakana and alphanumeric characters. The product storage box 13 is used to store products, leaflets, user cards 11, reservation statements,
The door can be locked and unlocked by the user key 14 possessed by the user 1.

On the other hand, in the office of the delivery company 2, a host computer 21 composed of a personal computer and a reader / writer (R / W) 22 connected to the host computer 21 are installed. The host computer 21 is used not only for creating menu data but also for collecting order data. R /
W22 communicates with the host computer 21, and the delivery staff 3
Writing the menu to the delivery card 31, which is an IC memory card owned by the customer, reading the order data from the delivery card 31, reading the warehousing time, initializing the user card 11 and delivery card 31, and writing to the user card 11 It is used to check the. In the initial setting of the user card 11 and the delivery card 31, data indicating that the user card 11 is used for door-to-door or group-by-group writing is written, so that the delivery card 31 can also be used for door-by-door or group-by-group Data for writing is written.

In addition to the above delivery card 31, the delivery person 3 also possesses a handy terminal (HT) 32. H ・ T32 reads the menu from the delivery card 31, receives the order data to the delivery card 31, writes the receipt time, writes the menu to the user card 11, reads the order data from the user card 11, and reserves details. Issuing books, etc. The delivery person 3 has a master key 33 for locking and unlocking the product storage box 13 of the user 1 who is in charge of delivery.

An outline of the operation procedure of the system having the above configuration will be described with reference to FIG. 3. First, in the office of the courier service 2, as shown in FIG.
And insert it into R / W22. As a result, the order data from the delivery card 31, the receipt time, and the like are read and the data is transmitted to the host computer 21. After that, new menu, data by block (delivery area) such as user name is read from the host computer 21 to R / W2
2 and written on the delivery card 31. After the communication between the R / W 22 and the host computer 21 is completed, the delivery card 31 is taken out from the R / W 22. The above work is repeated for each delivery member.

Next, as shown in FIG. 3 (b), the deliveryman 3 orders the order, the catalog, the leaflet, the H.T32 at the office of the delivery company 2.
And the delivery card 31 received, and the delivery card 31 received
Insert into H ・ T32. As a result, the old menu in the H.T32 is erased, and the new menu and the current menu are read from the delivery card. In addition, management data such as user name and user code is read from the delivery card 31. After that, the delivery card 31 is removed from the H / T 32 and the delivery is started.

When the user 1 is an individual, the deliveryman 3 unlocks the product storage box 13 with the master key 33 after arriving there. Then, after opening the door, the previous returnable box (not shown) (for storing products) is collected. Next, the order box, the catalog, and the leaflet are stored in the product storage box 13. After that, H / T3 the user card 11 stored in the product storage box 13.
Insert in 2. By inserting this user card 11, H
・ T32 reads the receipt time, reads the order data from the user card, erases the order data of the user card and the current menu, writes the new menu to the user card, and issues the reservation statement. After that, the deliveryman 3 removes the user card 11 from the H / T 32, stores the reservation statement and the user card 11 in the product storage box 13, closes the door, and locks with the master key 33. Repeat for all users in charge of the above work.

If User 1 is a group, collect the returnable box from the group leader, hand over the ordered items, catalogs, and leaflets directly, and insert the user card 11 into the H / T32 to read the storage time and from the user card. Read order data, delete user card order data and current menu, write new menu to user card and issue reservation statement. After that, the delivery person 3 is a user card
Remove 11 from H ・ T32 and hand over the reservation statement and user card 11 to the group leader. Repeat for all groups in charge of the above work.

When the delivery card 31 is inserted into the H.T32 at the end of the home delivery, the order data, the warehousing time, etc. are written in the delivery card 31. After arriving at the office of the delivery company 2, the deliveryman 3 hands over the return box and the delivery card 31, and completes one delivery operation.

Finally, when the user 1 is an individual, FIG. 3 (c)
After returning home, the product storage box 13 is unlocked with the user key 14, as shown in FIG. Then, the door is opened, the ordered product, the catalog, the leaflet, the reservation statement and the user card 11 are taken out, and then the product storage box 13 is locked. Next, in the user's house, insert the user card 11 into the order calculator 12 and place an order while looking at the catalog and leaflets. After ordering, order calculator
Remove the user card 11 from 12. Next product storage box 13
After unlocking the key with the user key 14 and opening the door, the returnable box and the user card 11 are stored, the door is closed, and the user key 14 locks to complete the ordering work.

2. Configuration and Function of Each Unit Next, the configuration and function of each unit will be described in detail below.

<Host computer 21> As is well known, the host computer 21 installed in the office of the delivery company 2 is a data processing device including a CPU, RAM, ROM memory, etc. R / W via the provided interface (IF)
Data is read from the delivery card 31 from 22 and data is written to the delivery card 31. Also, print out the order data to the product supplier,
The order data is transmitted to a computer installed at a product supplier via a communication line.

<R / W22> As shown in FIG. 4A, the R / W22 installed in the office of the delivery company 2 has a card insertion hole 221 for inserting the delivery card 31 and a card insertion hole 221 for the delivery card 31. It has an eject switch SW _{1 for} discharging from, a card detection lamp L ₁ , and a card communication lamp L ₂ . And inside it, the fourth
As shown in FIG. 2B, a CPU 222, a writing unit 223 for writing data to the delivery card 31, a reading unit 224 for reading data from the delivery card 31, and a display output for controlling the driving of the lamps L ₁ and L _2. Interface (IF) 226 for exchanging data between the unit 225 and the host computer 21
With.

<HT32> HT32 uses the delivery card 31 and the user card 11 to exchange data, and prints out the order data from the user 1 as an order list, as shown in FIG. As shown in (b), operation guidance display, menu (product number, product name, unit price) display, time display, user code, user name display, error message display unit 321, key input unit 322, and order list are issued. The printer unit 323 is used. 324 is a card insertion hole, 325 is a battery case, and 326 is a power jack for an AC adapter.

The key input section 322 has ten numeric keys 0-9 and 13 keys.
And function keys. As this function key, "ON" key to turn on the power, "OFF" key to turn off the power,
"Return" key and "Send" key used to confirm unvisited homes and menus, "Complete" key for writing order data to the shipping card, "Unvisited" key used to confirm non-visited homes, clock "Clock" key used for confirmation and setting, "Correction" used for time correction and special function cancellation
"Orders" used to start transmission with keys and user cards
Key, "print" key used to reissue the order list, "menu" key used to check the menu, "new menu" key to read the shipping card data, and "key" used to enter the user code A "code" key is provided.

As shown in FIG. 6, inside thereof, RAM 32a-1 for rewritably storing various data, ROM 32a-2 for storing fixed information such as a control program, calendar / clock 32a-3 and A / D conversion. A CPU 32a having a device 32a-4 is built in. The CPU 32a operates according to the control program stored in the ROM 32a-2. The CPU 32a is connected with a display unit 32c forming a display unit 321 and a printer unit 32d forming a printer unit 323 via a control line, a data bus, an address bus and an IF 32b, and a control line, a data bus, an address. It is connected to a part of the card connector 32f in the card insertion hole 324 via the bus and the IF 32e. In the CPU 32a, the other parts of the card connector 32f are the IF 32g for detecting the presence or absence of the card, and the card Vcc on / off
It is connected via IF32h and IF32i for card type detection. Further, a key switch 32j forming the key input unit 322 is connected to the CPU 32a.

Note that 32k is a power supply circuit that supplies power to each part of H / T32. However, a detection signal is input to the A / D converter 32a-4 of the CPU 32a in order to detect the power supply voltage supplied by this power supply circuit 32k. Has been done. In this A / D converter 32a-4, one terminal voltage of the card connector 32f is also I to detect the card type.
It is designed to be input via F32i.

With the above configuration, the H / T32 has a power supply voltage detection function, delivery card battery voltage detection function, reader / writer function, data backup function, visit time recording function, menu browsing function, auto power off function, card terminal connection check function. And so on.

The power supply voltage detection function detects the voltage of the battery, displays a warning message before the voltage drops below the operating voltage, and if this message is displayed, prevents the device from operating until the power supply voltage is restored. Is.

The delivery card battery voltage detection function is for detecting the memory backup battery voltage of the delivery card, displaying a message when the voltage is below a predetermined value, and prohibiting read / write to the card.

The reader / writer function described above is used to read delivery card management data, menu page data, user card order data, user card new menu data, and delivery card all order data. It is a thing.

The data backup function is for backing up data (menu data, order data, etc.) and a clock.

The above-mentioned visit time recording function is for automatically recording when the user card is inserted, and when the user card is not present, it is automatically recorded when the user code is input.

The menu browsing function is for displaying the current menu data on the display unit for confirmation.

The auto power off function is for automatically turning off the power when no key input or operation is performed for a predetermined time and for returning the power by inputting the power "ON" key.

The card terminal connection check function is to check the connection between the address and data terminal of the card before reading / writing data.

The H-T32 having the above configuration and function is operated as follows.

H / T32 ordering operation The H / T32 ordering operation is performed by reading (registering) a menu, receiving an order, and writing order data.

 The procedure for loading the menu is as follows.

 Power on Press the "ON" key to power on.

a) When the power supply voltage is insufficient, a message "Battery charge is disabled" is displayed.

b) When the power supply voltage is sufficient, the procedure will be described later or.

Delivery card request a) If the menu data and management data have not been updated, the message "High-performance card lost" is displayed. Whether or not the menu data is updated is determined based on whether or not the delivery card of the order data is written.

b) When the menu data and the like have been updated, the message "Card is not ready" is displayed.

 Card set Insert the shipping card.

When it is confirmed that the delivery card has been inserted, the message "Shin menu key is not available" is displayed.

Reading menu data When the "New menu" key is pressed, the display "Menu YOMICOMIKU" appears and the menu data is read.

When the reading is completed, the display "Catalog ○○○○ BANYOMICOMISYURYOU" is displayed for a predetermined period of time, for example, 5 seconds, and then the display "CARD WON'T READY". At this time, the buzzer intermittently sounds a predetermined number of times as an end signal.

When you remove the card, the message "Card is not ready" appears.

 The ordering procedure is as follows.

Turning on the power When you press the "ON" key to turn on the power, the message "Wipe card prompt" appears.

Card set When a user card is inserted, the message "Put the key down" appears when the card set is confirmed.

 Orders Press the "Orders" key.

When the user presses the "Order" key when inserting the user card, "SHORICHU" is displayed, the time is recorded, and the order data is read. The current menu data and order data of the card are deleted and new menu data is written. Further, the order list is printed.

To stop the printer during printing, for example, press the "correct" key for 1 second.

After the order list is printed, the message "Jiu Shu Shu Ryo, Card Won No Tech!" Will be displayed. When you remove the card, the message "Wipe card again" appears.

If you try to re-accept a user card that you have already received, you will see the message "Juyuzumi Card Won No Teku Daisai" without importing the data.

Power off Press the "OFF" key. Even if the "OFF" key is not pressed, the power is turned off by the auto power off function if no key is input for 2 minutes.

The above-mentioned operations and are repeated to take in the order data of the union members.

The procedure for writing the order data is performed as follows.

Turning on the power When you press the "ON" key to turn on the power, the same display as is displayed.

 Card set Insert the shipping card.

 Writing order data Press the "Complete" key.

a) When the scheduled visit has been completed, the display "Chumon Kakikomichu" is displayed and the data is written.

b) If the planned visit has not been completed, the message "Mihoumon Arimas" is displayed. No writing is done at this point.

You can check the unvisited homes by pressing the "Return" key and "Send" key.

When ordering, take out the delivery card and do the above.

c) If you know the unvisited home and want to write the order data from the state of b) above, if you press the "correction" key at the same time for one second while holding the "completion" key, a predetermined "x"
“××× ○○○○” is displayed and data is written.

When the writing is completed, the message "Kakikomi Shuryo Card" is displayed. At this time, the buzzer sounds twice as an end signal.

 Power off Press the "OFF" key.

Even if the "OFF" key is not pressed, the power is turned off if there is no key input for a predetermined time by the auto power off function. After that, when the power is turned on, the display "Warning for high card" is displayed.

Confirmation operation for unvisited homes Confirmation operation for unvisited homes is performed as follows.

○ Confirmation of unvisited homes Press the "Not visited" key.

a) When there are no unvisited homes, the display "Houmon Shuryo" is displayed.

b) If there is no visit, the user code and user name are displayed as in "XXXXX". Also, it is possible to search with the "return" key and the "forward" key.

○ Release Press the "Correction" key.

The function for confirming unvisited homes is canceled and the message "CARD WIRE READY" is displayed as described above.

Menu Confirmation Operation The menu confirmation operation is performed as follows.

○ Confirmation of menu (current menu) Press the "Menu" key.

The menu display mode is entered, and the menu is displayed as "0001
A display such as "Butnik 200g @ 400" is displayed.

You can scroll through the menus by pressing the "Return" and "Send" keys. By entering a 4-digit product number, the menu for that product number is displayed. If there is no menu item number corresponding to the item number entered at this time, a message "Gaitousuruhinbangaarimasenseiseidaidai" is displayed. When this display is made, pressing the "correction" key restores the state before this display.

○ Release Press the "Correction" key.

 Menu confirmation mode is canceled.

Error display The following operations are performed when an error occurs.

○ Card removal If a card is removed while the menu is being read, the buzzer sounds for 3 seconds, for example, and the message “High-speed card update” is displayed.

If the user card is removed during order reception or if the delivery card is removed during writing of order data, the message "CARD WIRE READY" is displayed and the buzzer sounds for 3 seconds, for example.

○ Check code error If a check code error occurs, it is considered that the connection is bad and the message "Card is not activated" is displayed and the buzzer sounds for 3 seconds, for example.

○ Data error If a data error occurs, click "Card error".
Is displayed and the buzzer sounds for 3 seconds, for example.

<Order calculator 12> The order calculator 12 is used to select a product number from the menu via the user card 11 and place an order.
As shown in FIGS. (A) to (c), it comprises an operation guidance display, a menu (product number, product name, unit price) display, an order quantity / amount display, an error message display section 121 and a key input section 122. . In addition, 123 is a card insertion hole,
Reference numeral 124 is a battery case, and 125 is a power jack for an AC adapter.

The key input unit 122 includes ten numeric keys 0 to 9 and 8 keys.
And function keys. As this function key, "power on" key to turn on the power, "power off" to turn off the power
Key, "Return" key and "Send" key used to confirm or correct order data, "Total" key to display order total amount, "End order" (write order data to user card) An "end" key, a "correction" key for canceling the displayed order, and an "order input" key for confirming the order are provided.

As shown in FIG. 8, inside thereof, a RAM 12a-1 for rewritably storing various data, a ROM 12a-2 for storing fixed information such as a control program, and an A / D converter 1 are provided.
The CPU 12a having 2a-3 is built in. This CPU 12a
It operates according to the control program stored in the ROM 12a-2. The CPU 12a includes a display unit 12 that constitutes a display unit 121 via a control line, a data bus, an address bus, and an IF 12b.
c is connected, and is also connected to a part of the card connector 12e in the card insertion hole 123 via the control line, the data bus, the address bus, and the IF 12b. In addition, the other part of the card connector 12e is attached to the CPU 12a for detecting the presence or absence of the card.
It is connected through F12f and IF12g for turning on / off the card Vcc. Further, the CPU 12a is connected to a key switch 12h that constitutes the key input unit 122.

Note that 12i is a power supply circuit that supplies power to each part of the order calculator 12, but the detection signal is the A / D converter 12a-3 of the CPU 12a for detecting the power supply voltage supplied by this power supply circuit 12i.
Has been entered in.

With the above configuration, the ordering calculator 12 has an ordering function, a power supply voltage detection function, a reader / writer function, a card terminal connection check function, an auto power off function, and the like.

The power supply voltage detection function detects the voltage of the battery, displays a warning message before the voltage drops below the operating voltage, and if this message is displayed, prevents the device from operating until the power supply voltage is restored. Is.

The card terminal connection check function is to check the connection between the address and data terminal of the card before reading / writing data.

The reader / writer function is for reading menu data of the user card and writing order data to the user card.

The auto power off function is for automatically turning off the power when no key input or operation is performed for a predetermined time, for example, 10 minutes.

 The order calculator 12 having the above configuration is operated as follows.

Ordering operation The ordering operation is performed as follows.

 Power on Press the "power on" key.

a) If the power supply voltage is insufficient, the message "AC adapter is not fully activated" will be displayed (not displayed if the operating voltage has not been reached). b) If the power supply voltage is sufficient, "User card prompt Is displayed.

 Card set Insert the user card.

a) When the user card is inserted, the message "Menu READY" is displayed and the user card data is read. When reading is completed, "Catalog 00
The message "00 BANGHIN BANG WIRE READY" is displayed. At this time, the buzzer sounds twice as an end signal.

b) If there is delivery date data, when the reading is completed, the display "Catalog 0000 Van Hai Tsubi 00/00" is displayed for 5 seconds and the buzzer sounds twice. After that, the message "Himbang Wai Tetsu Densai" is displayed.

It is not possible to place an order when the user card is not inserted.

PIN code input When the user card is for group identification, prior to the actual ordering operation to be described later after setting the card, each group member user can enter his / her PIN number registered in advance on the numeric keypad. By typing.

Only when the entered personal identification number matches the one registered in advance, the input by various key operations can be accepted. This can prevent other users from seeing or changing the contents of the order. If the user card is for door-to-door use, it is not necessary to enter the personal identification number.

 Enter product number Enter the 4-digit product number with the numeric keypad.

When four digits are entered, the item name and unit price of that item number are displayed. For example, if "0", "0", "1" and "5" are entered on the ten-key pad, the display "0015 Japanese radish 1 pon @ 100" is displayed.

If the entered 4-digit part number is not found in the menu data of the user card, the message "Gaitousuruhinbangaarimasenseiseitekudasai" will be displayed. When this display is made, when the correction key is pressed, the display before inputting the product number is made.

Enter the number of orders Enter the number of orders with the numeric keypad. (1 digit or 2 digits) The number of orders is displayed. For example, when "5" is key-in, the display "0015 Japanese radish 1 pon @ 100 5" is displayed.

 Confirm the order (set) Press the "Order entry" key.

When the "order input" key is pressed, the order is confirmed and the amount is displayed as "0015 Japanese radish 1 pon @ 100 5 ¥ 500".

Price of one item is 99,999 when "Enter order" key is pressed
If the amount exceeds the circle, this order input is invalidated and the display "Kingaku Overtease Shitaku Sai" is displayed. Also, if the total amount exceeds 999,999 yen, this order is invalidated and the message "GOKINGINGAGAKU OVERSEI TECH DURING" is displayed. When the correction key is pressed when these items are displayed, the item number is displayed before the order is input.

 When ordering, repeat the above steps.

If you enter the product number of 51 items, the message "Coleopteryx vulgaris Haijikai Nionigashimasu" will be displayed and orders will not be accepted any more. When this display is possible, press the "Correction" key to display the display before inputting the product number of the 51st item.

 Confirmation of total amount After the order is completed, press the "Total" key.

The total amount of money is displayed, for example, "Gokai Kingaku \ 123456".

 Record order data Press the "End" key.

The display “Chumon Data Kirokuchu” is displayed, and the order data is written in ascending order of item numbers. When the writing is completed, the display will change to "Kiroku Shu Card". At this time, the buzzer sounds twice as an end signal.

 Removing the card Remove the user card.

When you remove the user card, the message "Arigatogo Gosai Den Den Okiryoku Denki" will appear.

 Exit Press the "Power off" key.

Put the user card in the protective case and store it in the post.

Corrective operations Corrective operations include corrections during orders, corrections after displaying the total amount of money, corrections after order recording (corrections after pressing the "End" key), and corrections after completion of orders (withdrawing the card and turning off the power). There is a correction after).

○ Correction during order Correction during order Press the "Correction" key.

The order is canceled in any of the above-mentioned states of the ordering operation, and the previous display is displayed.

a) When an order has already been entered before the corrected order, for example, when the previous display is 0015 and the current display is S0018,
The display changes from "S0018 Butalose 200g @ 300 2 \ 600" to "0015 Japanese radish 1 pon @ 100 5 \ 500".

b) If an order has not been entered before the corrected order, for example, when the current display is S0018, the display changes from "S0018 Butalose 200g @ 300 2 \ 600" to "Catalog 0000 Banhinban WIRELESS".

○ Correction after the total amount is displayed Call the display of the part number to be corrected a) Press the "Return" key or "Send" key.

b) Enter the 4-digit part number with the numeric keypad.

Perform the operation a) or b) above to call up the display of the product number to be corrected. For example, the display is "Goukei Kingaku ¥ 1234
56 ”to“ S0018 Butalose 200g @ 300 2 ¥ 600 ”
Change to.

 Correction Press the "Correction" key.

The result is the same as, and the order is canceled and the previous display is displayed in any of the above-mentioned states of the ordering operation.

○ Correction after order recording (correction after pressing the "end" key) After pressing the "Power off" key to end the ordering operation once, perform the same correction operation as the correction after the ordering described later.

○ Correction after ordering (correction after removing the card and turning off the power) Power on (same as) Press the "Power On" key.

a) If the power supply voltage is insufficient, the message "AC adapter power is off" will be displayed (not displayed if the operating voltage has not been reached).

b) When the power supply voltage is sufficient, the message "User card is not updated" is displayed.

 Card set (same as) Insert the user card.

When the user card is inserted, the message "Menu Yomicomichu" is displayed and the user card data is read.

When the reading is completed, the message “Catalog ○○○○ Ban Hin Bang Wai Tetsu Den Sai” is displayed. At this time, the buzzer sounds two times intermittently as a signal of the end. If you do not insert the user card, you cannot order.

Correction operation Perform the same operation as the procedure in the correction section after displaying the total amount above. After the correction is completed, the ordering operation is performed and the ordering is completed.

Error display The following operations are performed when an error occurs.

○ Card removal If the user card is removed during operation, the message "User card is not activated" will be displayed and the buzzer will sound for 3 seconds, for example.

○ Check code error If a check code error occurs, it is considered that the connection is bad and the message "Card is not activated" is displayed and the buzzer sounds for 3 seconds, for example.

○ Data error If a data error occurs, "Card error
The message "Denwaren Rakushi Tedashi" is displayed and the buzzer sounds for 3 seconds, for example.

<Delivery card 31 and user card 11> The delivery card 31 is an SRAM made of CMOS with a memory capacity of 512 kbits that has a built-in power supply made of a battery to retain data.
User card 11 has a memory capacity of 128 kbit
Each is composed of a CMOS EEPROM.

Delivery card 31 The card data format of the delivery card 31 is, as shown in FIG. 9, a delivery person code, a block code, an issuing establishment name, a statement title (order list), a tax rate setting (4 types), a leaflet, Catalog number display, order data,
It consists of an area that stores the delivery management flag, BCC3, new menu data, current menu data, and card number.

The above-mentioned order data differs depending on whether the user 1 is an individual or a group. In the case of an individual, it consists of the number of users, the number of groups, n individual order data, and the END mark,
In the case of a group, it consists of the number of users, the number of groups, N group order data, and the END mark. Each individual order data consists of a user code, a user name (10 kana characters), and a user name (kanji). 6 characters), the number of ordered items, an ordered item consisting of an ordered part number and an ordered quantity, an END mark, a total amount of money, a management flag (1 byte = 8 bits), and BCC1. In the case of a group, it consists of a group code, a group name (6 kanji characters), a group name (10 kana characters), the number of groups, the above n individual order data, an END mark, and BCC2. .

The new menu data includes a catalog number, other title display, the number of menu items, delivery date, n menu items including a product number, a product name, and a unit price, an END mark, and a BCC4.

The current menu data includes catalog number, other title display, menu item number, delivery date, next visit date, and n menu items consisting of item number, item (kana), item (kanji) and unit price, It consists of the END mark and BCC5.

User card 11 On the other hand, as shown in FIG. 10, the card data format of the user card 11 stores management flag 1, group code, group number, menu data, order data, menu section rewrite count, and order section rewrite count. It consists of areas.

The menu data includes a catalog number, the number of menu items (MAX900), a delivery date, n menu items including a product number, a product name, and a unit price, an END mark, and BCC1.

The order data consists of N individual order data, END mark, and BCC3. Each individual order data is
N order items consisting of user code, user name, recitation code, number of ordered items (MAX50), ordered part number and ordered quantity, END mark, total amount, management flag 2 and B
It consists of CC2.

Management Flag The management flags of the user card 11 and the delivery card 31 are used to manage the read / write state of data.

As shown in FIG. 11, the management flag 1 of the user card 11 is composed of four flags, that is, a menu writing OK flag, an ordered flag, an ordered flag, and a menu BCC error flag, and the management flag 2 is an individual who constitutes a group. It is a unit and is composed of an ordered flag.

The menu writing OK flag is set to "1" when the H / T correctly writes the new menu data to the user card, and is set to "0" when the ordering calculator reads the user card menu data and writes the order data. It This flag determines whether or not the menu data can be read, that is, whether or not ordering is possible. If the flag is not "1", the menu data is not read into the order calculator, but if the ordered flag is "1", the menu can be read and ordered.

The ordered flag is set to "1" when the H.T reads the order data, and is set to "0" when the order calculator writes the order data in the card. H · T sets the flag to “1” instead of clearing the order data.

The ordered flag is set to "1" when the ordering calculator writes the order data in the card, and is set to "0" when the H.T reads the order data.

The menu BCC error flag is set to "1" when the ordering calculator reads the menu and a BCC error occurs. If the flag is "1", the order operation cannot be performed.

The user management flag of the above delivery card is, as shown in FIG. 12, a card presence flag, a visit flag, an order presence flag, an order data BCC error flag, an order data total amount error flag, a menu expiration flag, and an order data read error flag. It consists of seven flags.

The above flag with card is a handy terminal (H
It is set to "1" when the user code is confirmed by inserting the user card in T). The presence / absence of a card is determined by this flag. If the flag is not set, the user card is read and written. If standing, it is judged that the order has been received.

The visit flag is set to "1" when visiting.
The visit is defined when the card present flag is “1” and when the user code is input and the order list is printed.

The received order flag is set to "1" when there is order data.

The order data BCC error flag is set to "1" when HT reads the order data and a BCC error occurs.

The order data total amount error flag is set to "1" when the total amount of the order data and the total amount calculated in HT do not match.

The menu expiration flag is the user card and H
・ It is set to "1" when the leaflet of the current menu data of T and the catalog number are different.

The order data reading error flag is set to "1" when the card is removed while the order data is being read.

As shown in FIG. 13, the delivery management flag of the delivery card is composed of three flags: a write OK flag, a menu rewrite flag, and an order reception flag.

The write OK flag is set to "1" when the HT in-memory order data is correctly written to the delivery card.

The menu rewriting flag is set to "1" when the menu needs to be updated. If the flag is "1", HT
Rewrites the user card menu data with new menu data. However, the delivery date is rewritten regardless of the flag.

The order flag is set to "1" when the H.T rewrites the order data on the delivery card. R / W is set to “0” after reading the data. R / W when the flag is "1"
Reads the order data.

3. Details of H / T32 operation <General flowchart diagram> The general flowchart of FIG. 14 shows the details of the operation of H / T32 performed by the CPU 32a incorporated in the H / T32 according to a predetermined control program. It will be described with reference to the drawings.

The CPU 32a starts its operation when its power is turned on, and performs initial setting processing in the first step S1. In this initial setting process, specifically, work such as XXXXX is performed. After that, the process proceeds to step S2, where a signal for setting the stop mode is generated, and in the following step S3, the key input unit 32
It is determined by monitoring the corresponding switch state of the key switch 32g whether or not the power is turned on by the operation of the "ON" key of 2. When the determination in step S3 is NO, steps S2 and S3 are repeatedly executed and the operation of the "ON" key is awaited.

When the “ON” key is operated and the determination in step S3 becomes YES, the process proceeds to step S4, and the initial setting process is performed again. After that, the process proceeds to step S5, where the clock data is read from the calendar / clock 32a-3 in the CPU 32a. Next, in step S6, it is determined whether or not there is a key operation other than the ten keys of the key input unit 322 by the key switch 32g.
It is determined by monitoring the corresponding switch status of. When the determination in step S6 is YES, that is, when there is a key operation other than the ten-key, the process proceeds to step S7, and when the determination is NO, that is, when there is no key operation other than the ten-key, the process proceeds to step S12.

In the step S7, a message display process corresponding to the operated key is performed, and in a succeeding step S8, a key input process corresponding to the key input is performed. After that, the process proceeds to step S9, where it is determined whether or not the "clock" key is operated by monitoring the key switch 32g of the key input unit 322. When the determination in step S9 is YES,
That is, when the "clock" key is operated, the step
After proceeding to S10 and performing a clock setting display process for setting the clock here, the process proceeds to step S12. In addition, the determination in step S9 is N
When it is O, that is, when the "clock" key is not operated, the process proceeds to step S11, where it is determined whether or not the "OFF" key is operated. The determination in step S11 is Y
At the time of ES, that is, when the power is turned off by operating the "OFF" key, the process returns to step S2, and the stop mode is set here. If the determination in step S11 is NO, the process returns to step S8.

In step S12, it is determined whether or not a new menu needs to be read depending on whether or not the order reception flag in the delivery management flag stored in the RAM 32a-1 is "1". When the determination in step S12 is YES, that is, when the order flag "1" is required to read the new menu, the process proceeds to step S13. When the determination is NO, that is, when the order flag is "0" and the new menu is required to be read. If not, the process proceeds to step S17. Step S13
In step S14, the reading process of the new menu data is performed. Then, in step S14, it is determined whether or not there is an error in the reading process of the new menu data in step S13. Then, if the determination in step S14 is YES, that is, if there is an error, the process proceeds to step S15, and it is determined here whether the error is due to the card being pulled out. If the determination in step S15 is YES, the process returns to step S12, and if the determination is NO, the process proceeds to step S16, where a signal indicating a data error is output and then the process proceeds to step S43 described later.

In step S17, the message display process is performed and then the process proceeds to step S18. In step S18, it is determined whether or not there is a key operation of the key input unit 322. When the determination in step S18 is NO and it is determined that some key operation is performed, the process proceeds to step S19. Step S
In 19, it is determined whether or not the "OFF" key has been operated. When the determination is YES, that is, when the power is turned off, the process returns to step 2 above, and when the determination is NO, step S2
Go to 0. In step S20, it is determined whether or not the "unvisited" key has been operated. If the determination is YES, step S21
Proceed to step S12 above after performing unvisited processing.
Return to When the determination in step S20 is NO, the process proceeds to step S22, in which it is determined whether the "clock" key is operated. When the determination is YES, the process proceeds to step S23 where the clock display process is performed. Then, the process returns to step S12. Further, if the determination in step S22 is NO, the process proceeds to step S24, where it is determined whether or not the "print" key is operated. If the determination is YES, the process proceeds to step S25 to perform the printing process, and then the above steps. The process returns to S12, and if the determination is NO, the process proceeds to step S26. In step S26, it is determined whether or not the "menu" key has been operated, and this determination is YES.
If so, the process proceeds to step S27 to perform menu display processing, and then the process returns to step S12. If the determination is NO, the process proceeds to step S28. In step S28, it is determined whether or not the "code" key operation has been performed. If the determination is YES, the code key processing is performed and then the process returns to step S12. If the determination is NO, the process returns to step S18. .

When the determination in step S18 is YES, that is, when there is no key input, the process proceeds to step S30, where the card check process is performed. Then, after that, the process proceeds to step S31, where it is determined whether or not there is a card based on the card presence / absence detection signal input via the IF 32g. Step
When the determination in S31 is NO, that is, when there is no card, the process returns to step S18, and when the determination is YES, that is, when there is a card, the process proceeds to step S32. In step S32, it is determined whether the card is a user card, IF32i.
Judgment based on the card type signal input via
When the determination in step S32 is NO, that is, when it is a delivery card, the process proceeds to step S33, and when the determination is YES, that is, when it is a user card, the process proceeds to step S41.

In step S33, order data writing processing for writing the order data collected in the RAM 32a-1 of the H · T 32 to the delivery card 31 is performed. In this order data writing process, the order data collected in the RAM 32a-1 is written in the order data recording area of the delivery card 31 prepared in advance so that it differs depending on the case of each house and the case of each group. Then step S3
In step 4, it is determined whether there is an error in the order data writing process in step S33. And step S3
When the determination in step 4 is YES, that is, when there is an error, the process returns to step S15, and when the determination is NO, step S15.
Proceed to 35. In step S35, power is turned off "OFF"
Key processing is performed, and card check processing is performed in subsequent step S36. After that, the process proceeds to step S37, where it is determined whether or not there is a card based on the card presence / absence detection signal input via the IF 32g. When the determination in step S37 is NO, that is, when there is a card, the process returns to step S35, and when the determination is YES, that is, when there is no card, the process proceeds to step S38. In step S38, it is determined whether the "correction" key has been operated, and the determination is NO.
If so, the process returns to step S12. If the determination is YES, the process proceeds to step S39, where a message display process is performed, and in the subsequent step S40, the "OFF" key process is performed, and then the process returns to step S12.

In step S41, which is performed after the determination in step S32 is YES and the card is a user card, order receiving processing is performed. In this ordering process, whether the user card is for door-to-door use or group-use is determined by the data stored in advance in the user card, and when it is door-to-door use, the RAM 32a-1 in the RAM 32a-1 assigned to each user is determined. The order data read from the user card is written in a predetermined area, which is assigned to each user of each group when it is for discrimination. After that, the process proceeds to step S42, where it is determined whether or not there is an error in the order receiving process of step S41.
If the determination is YES, the process returns to step S15, and the determination is NO.
If so, go to step S43. In step S43, "OFF" key processing for turning off the power is performed, and in subsequent step S44, card check processing is performed. Then step S45
Then, it is determined whether or not there is no card based on the card presence / absence detection signal input via the IF 32g. When the determination in step S45 is NO, that is, when there is a card, the process returns to step S43, and when the determination is YES, that is, when there is no card, the process returns to step S15.

<New Menu Data Reading Process> First, the new menu data reading process will be described.

At the time when the delivery member 3 receives the H / T 32, the delivery card 31, the leaflet, etc. at the delivery company 2's office, the H / T 3
The order flag in the RAM 32a-1 of 2 is "1".
Therefore, if the "ON" key of H / T32 is operated to turn on the power and no key operation is performed, steps S4 and S5 are performed.
After that, the process proceeds to step S12, but at this time, the order flag "1", the determination in step S12 is YES, and step S13
The process proceeds to step S14 and the new menu data reading process is performed. Specifically, this process is performed by executing the subroutine shown in FIG. That is, when the determination in step S12 is YES and it is determined that the reading of a new menu is required, the process proceeds to step S13a, where the display 32c of the display unit 323 displays the message "High-speed card prompt". . After that, the process proceeds to step S13b, where it is determined whether or not the delivery card is inserted based on the card presence / absence detection signal input via IF32g and the card type signal input via IF32h. If the determination in step SS13b is NO, the process returns to step S13a, and if the determination is YES, step S13c.
Proceed to. In step S13c, the data written in the delivery card 31 is read by the R / W 22 in the office of the delivery company 2, the read data is written and registered in a predetermined area of the RAM 32a-1, and then the general of FIG. The process proceeds to step S14 in the flowchart. By this new menu data reading process, flag data in which all of the user management flag and the delivery management flag are set to “0” is set to H.
-It will be registered with the new menu data in a predetermined area in RAM32a-1 in T32.

<Order Processing> Next, order processing will be described.

When the new menu data has already been read, the order flag is "0", and the determination in step S12 is NO, the process proceeds to step S17. However, in the message display process of this step S17, the display "Card Wrong" is displayed. The display 32c of the unit 323 is used.

When the deliveryman 3 inserts the user card 11 at the visited user's home by this message display, step S1
8.Go to step S32 through S30 and S31
When the determination in S32 is YES, the process proceeds to step S41, where an ordering process is performed. Specifically, this process is performed by executing the subroutine of FIG. That is, when the user card is inserted into the H.T32, the process proceeds to step 41a, where the display 32c of the display unit 323 displays "JUU KEY WATCH START". Then step S41b
Proceed to to determine whether or not there is a key input, and the determination is
If NO, the process returns to step S41a, and if YES, the process proceeds to step S41c. In step S41c, it is determined whether or not the operated key is the "OFF" key. If the determination is YES, the process returns to step S2. If the determination is NO, the process proceeds to step S41d, where "order" It is determined whether it is a key. If the determination is NO, the process returns to step S41c, and waits for a certain period of time before the "order" key is operated. When the "order" key is operated and the determination in step S41d is YES, the process proceeds to step S41e, where it is determined whether a user card is inserted. If this determination is NO, step S41f
Go to step S12 and ring the buzzer here, then go to step S12 above.
If the determination is YES, the process proceeds to step S41g.

In step S41g, the user code or group code is read from the inserted user card, and the read user code or group code is stored in the RAM 32a- of H / T32.
In step 1, the user code and group code registered in step S13c are compared and checked. After that, the process proceeds to step S41h, where it is determined whether or not the user code or group code registered as a result of the check in step S41g. When the determination in step S41h is NO, the process proceeds to step S41i, where the display 32c displays an error message "TOROX-ALETATE MEASUREN", and then proceeds to step S42 in the general flow chart of FIG.

Further, when the determination in step S41h is YES, that is, when the user code or group code read in step S41g is registered, the process proceeds to step S41j, where it is determined whether or not the user card has been ordered. judge. This determination is made based on whether or not the card presence flag of the user management flags is "1". When the determination in step S41j is YES, the process proceeds to step S41k,
After the display 32c displays "CARD NO READY", the process proceeds to step S42 in the general flow chart of FIG. The determination in step S41j above is N.
When it is O, the process proceeds to step S41, where the card presence flag and the visit flag in the user management flag are set to "1". After that, the process proceeds to step S41m, where the date data is read from the calendar and the clock 32a-3 and is written and stored in the storage time area in the order data. Next, in step S41n, the order data is read from the user card, the ordered flag in the user card management flag is set to "1", and the ordered flag in the user card management flag is set. And the menu BCC flag is set to "0". Then step S41o
Go to, check the data such as the ordered flag, total order amount, BCC, etc. read here, and if the ordered flag in the management flag read from the user card is "1", it means that there is order data and the user The flag with order data in the management flag is set to "1".

In the following step S41p, it is determined whether or not the check result is OK, and if the determination is NO, the process proceeds to step S41q, and the display 32c is caused to display the content of the abnormality. After that, the process proceeds to step S41r, where the order data BCC flag, the order data total amount error flag or the order data reading error flag in the user management flag is set to "1" according to the content of the abnormality, and then step S41s.
Then, the print operation is performed by the printer unit 32d. When the determination in step S41p is YES, the process proceeds to step S41t, in which the catalog number data in the user card and the delivery card catalog number data are collated, and it is determined whether or not the results of this collation match. Determined in S41u. The determination in step S41u is YES
If the determination is NO, immediately, if the determination is NO, the menu expiration flag in the user management flag is set to "1" in step S41v, and then the process proceeds to step S41w.

In step S41w, it is determined whether or not the menu rewriting flag in the delivery management flag is "1", and the determination is YE.
If S, proceed to step S41x, where the menu write operation is performed to write the new menu data in place of the menu data currently written in the user card, and when writing is performed normally, the menu in the user management flag After setting the write OK flag to "1", the process proceeds to step S41s. If the determination in step S41w is NO, step S41x is skipped and the process proceeds to step S41s. In addition,
When the menu is rewritten in step S41x, the menu section rewriting frequency data is also incremented.

In the printing operation of step S41s, the statement in which the content of the error is printed is issued when it is performed through step S41r, and the statement in which the content of the order is printed is issued when it is performed through steps S41w and S41x. After completion of this printing operation, the operation proceeds to step S42 in the general flow chart of FIG.

<Order Data Writing Process> Next, the order data writing process will be described.

When the user 1 house on the block handled by the delivery staff 3 is visited for a while, the delivery card 31 is inserted after the power is turned on by operating the "ON" key of the HT32, and step S1 is performed.
8.Go to step S32 through S30 and S31
When the determination in S32 is NO, the process proceeds to step S33, where the order data writing process is performed. Specifically, this process is performed by executing the subroutine of FIG.

That is, when the delivery card 31 is inserted into the H.T32, the process proceeds to step S33a, where the display 32c of the display unit 323 displays "Kanryo o o te o te te te kyou". Thereafter, the process proceeds to step S33b, where it is determined whether or not there is a key input. If the determination is NO, the process returns to step S33a, and if the determination is YES, the process proceeds to step S33c. Step S
In 33c, it is determined whether or not the operated key is the "OFF" key.When the determination is YES, the process returns to step S2 in the general flowchart of FIG. 14, and when the determination is NO, the process proceeds to step S33d. Then, it is determined whether the "completion" key is pressed. If this determination is NO, the above step S33a
If the determination is YES, the process proceeds to step S33e. In step S33e, it is determined whether or not there is any unvisited by determining whether or not the visit flag in the user management flags is not "1".

When there is no unvisited user and the determination in step S33e is NO, the process proceeds to step S33f, where the order data is written in the delivery card 31. At this time, the writing program corresponding to the group and the unit is activated by the format data of the user card 11, and the order data corresponding to the group and the unit are written.

After that, the process proceeds to step S33g, where the order flag in the delivery management flag is set to "1", and when the order data is normally written, the delivery management flag is written.
After the OK flag is set to "1", in step S33h, the display "32" is displayed on the display device 32c, and then the step of the general flow chart of FIG. 14 is performed.
Proceed to S34.

There is an unvisited user and the judgment in step S33e is YES.
In this case, the process proceeds to step S33i, where the display 32c is caused to display "Mihomon Ali". After that, the process proceeds to step S33j, where it is determined whether or not there is a key input,
If this determination is NO, the procedure returns to step S33i, and the determination is YES.
If so, the process proceeds to step S33k. In step S33k, it is determined whether or not the key is a "forward" key. If this determination is NO, the process proceeds to step S33l, where it is determined whether or not the key is a "return" key, and if this determination is also NO. Proceeds to step S33m to determine whether or not the "correction" key is pressed, and this determination is also NO.
If it is, it proceeds to step S33n to determine whether it is "OFF", and if this determination is NO, it proceeds to step S33o. In step S33o, it is determined whether or not the "completion" key and the "correction" key have been operated at the same time. If this determination is also NO, the process returns to step S33k.

If the determination in step S33k or S33l is YES, the process proceeds to steps S33p and S33o to change the display and display the unvisited user name. In addition, the judgment in step S33m is YE
If S, proceed to step S33r to cause the display 32c to display "CARD WHAT YOU NEED" and then proceed to step S33.
Proceed to 33s to determine if there is a card. Step S
If the determination in 33s is YES, the process returns to step S33r, and the determination is NO.
If, then the steps in the general flow chart of Fig. 14
Return to S12. Furthermore, if the determination in step S33o is YES, the process returns to step S33f.

4. Details of the operation of the ordering calculator 12 The details of the operation of the ordering calculator 12 are described in the CP included in the ordering calculator 12.
It will be described with reference to the general flowchart of FIG. 18 showing an outline of the work performed by the U12a according to a predetermined control program.

The CPU 12a starts its operation when its power is turned on, and in its first step S101, determines whether or not the power supply voltage is sufficient based on the power supply voltage detection signal from the power supply circuit 12i, and if the determination is NO, proceeds to step S102. Then, the display 12c is made to display the message "AC adapter is fully loaded", and if the determination is YES, the process proceeds to step S103. Step S
In 103, it is determined whether or not a user card is inserted.If the determination is NO, in step S104, display "User Card Wrong" is displayed on the display 12c, and if the determination is YES, the step is performed. Proceed to S105. In step S105, the data of the user card 11 is written to the RAM 12a-1 and the menu is written.
Set the OK flag to "0".

After that, the process proceeds to step S105a, where the above step S10 is performed.
It is determined whether or not there is a group by the presence or absence of a group code in the data written in the RAM 12a-1 in 5, and if the determination is NO, the process proceeds to step S106 described below, and if the determination is YES, the process proceeds to step S105b. . In step S105b, “Catalog 00
Display 12 "on the display unit 12c. After that, the process proceeds to step S105c, and it is determined whether or not there is a "forward" key or a "return" key input. If there is no "forward" key or a "return" key input, the process returns to step S105b, and the "forward" key Alternatively, when the "return" key is input, the process proceeds to step S105d.
In step S105d, the display device 12c is caused to display the user number and the user name.

After that, the process proceeds to step S105e, and it is determined whether or not the order input key is input. If there is no key input, the process returns to step S105c, and if there is the key input, the process proceeds to step S105f. In the step S1055f, the display "unshown a message" is displayed on the display 12c.
Let it be done. Thereafter, the process proceeds to step S105g, it is determined whether or not there is a "correction" key input, and if there is a "correction" key input, the process returns to step S105b, and if there is no key input, the process proceeds to step S105h. In step S105h, it is determined whether or not there is a "numeric" key input. When there is no key input, the process returns to step S105f, and when there is a key input, the process proceeds to step S105i. Step S10
In 5i, determine whether there is a "correction" key input,
When there is a key input, the process returns to step S105f,
When there is no key input, the process proceeds to step S105j. In step S105j, it is determined whether or not the four-digit code number has been input. If the four-digit code has not been input, the above step S105h
If the four digits have been input, the process returns to step S105k. In step S105k, it is determined whether or not the personal identification number is OK. If it is not OK, the process returns to step S105h, and if it is OK, the process proceeds to step S106. Step
Proceed to S106 to cause the display device 12c to display "Catalog ○○○○ Ban Hin Bang Reload."

After that, the process proceeds to step S111, where a key input is waited for, and steps S112 to S116 are executed to input a product number of 3 digits, "correction" key input, order data, or "total" key input. Or whether there is a “forward” key or a “return” key input.

When the determination in step S112 is YES, that is, when the product number of 3 digits is input, the process proceeds to step S1117, where the product number, the product name, and the unit price are displayed, and then the process proceeds to step S118, where a key input is waited for. Through S123 to enter the number of orders, the "correction" key, the order data, the "total" key entry, the "forward" or "return" key entry Determine if there is.

When the determination in step S119 is YES, that is, when the number of orders is input, the process proceeds to step S124, where the product number, product name, unit price, and the number of orders are displayed.
Proceed to S125, wait for key input here, execute steps S126 to S130, and check if there is an "order input" key input.
It is determined whether there is a "correction" key input, no order data, a "total" key input, a "forward" key, or a "return" key input.

When the determination in step S126 is YES, that is, when the "order input" key is input, the process proceeds to step S131, the amount is calculated here, and then the process proceeds to step S132, where the product number, product name, unit price, and the number of orders. And after displaying the amount of money, the process returns to step S111.

When the determinations in steps S113, S120, and S127 are YES, that is, when the "correction" key is pressed, the process proceeds to step S133, the order displayed here is canceled, and the order already exists in step S134. If YES in step S135, the process proceeds to step S135 to display the previous order data and then step S1.
Returning to step 11, if the determination in step S134 is NO, step S1
Return to 06.

If the determination in step S121 is YES, then step S121
Returning to 118, if the determination in step S128 is YES, the process returns to step S125. Further, the above steps S115, S122 and S129
When the determination is YES, that is, when the "total" key is input, the process proceeds to step S136 described below. Furthermore, when the determinations in steps S116, S123, and S130 are YES, that is, when the "forward" key or the "return" key is input, the process proceeds to step S151 described later.

The total amount of money is calculated in step S136, and the total amount of money is displayed in step S137. After that, the procedure advances to Step S138, where the key input is waited for Step S139
Through step S141, it is determined whether the "end" key has been input, the "forward" key or the "return" key has been input, or the product number has been input. Step S139 above
If the determination is YES, the process proceeds to step S142, where the display 12c is displayed on the display device 12c, and then the order data is written in the user card in step S143. After that, the process proceeds to step S144, where it is determined whether or not the user card is inserted. When the determination is YES, the process proceeds to step S145, and when the determination is NO, the process proceeds to step S158 described later. In step S145 above,
It is determined whether or not the writing is completed. When the determination is NO and the writing is not completed, the process returns to step S142,
If the determination is YES, the process proceeds to step S146.

In step S146, the received order flag is set to "0", and in the following step S147, the display "Kakiko Mishuri card" is displayed. In the following step S148, wait for the card to be removed, and if the card is removed, in the next step S149 the message "Arigatogo Gozai Makita Dengen Okiri Denki" is displayed, and in the next step S150, the power is turned off and the power is turned off. The operation ends.

When the determination in step S140 is YES, that is, when the "forward" key or the "return" key is input, the process proceeds to step S151, where the order data is called in response to the return and the resulting order data is displayed next. It is displayed in step S152. Then, in the next step S153, waiting for key input, steps S154 to S157 are executed, and the "forward" key or the "return" key is input, the "correction" key is input, or the "total" key is input, Alternatively, it is determined whether the product number has been input. When step S154 is YES, the procedure returns to step S151, when step S155 is YES, the procedure returns to step S133, when step S156 is YES, the procedure returns to step S136, and when step S157 is YES, the procedure returns to step S117. Return.

In the above step S158, after the display "CARD WIRE RELEASE START" is displayed, the process proceeds to step S159, where the insertion of the card and the input of the "end" key are waited for Returning to step S142 above.

In the above embodiment, each user 1 has a user card 11 for each user, which is an IC memory card,
An ordering calculator 12 for reading the data written on the user card 11 and writing the data on the user card 11 is provided, but as shown in FIG. 19, the ordering calculator 12 itself is a product. The user card 11 may be eliminated by storing it in the storage box 13 and directly reading the ordering data stored in the RAM 12a-1 in the ordering calculator 12 into the RAM 32a-1 in the H.T32.

Further, in the above-described embodiment, the R / W 22 writes the menu in the delivery card 31 possessed by the delivery member 3, and the delivery card 31
I am trying to read the order data etc. from
As shown in Fig. 19, H ・ T3 directly without the delivery card 31
The delivery card 31 may be eliminated by writing the data in 2 or reading the data from the H · T 32.

Further, the system of the above-described embodiment can be applied to the case where the area to be delivered by the delivery staff in a day has a group structure or an individual structure. , It cannot be applied. In such a case, at the time of initial setting of the delivery card 31, the group order area and the individual order area are calculated and set in advance in the delivery card 31, and for example, the address regarding the door-to-door order data is written as management data, and H・ User card 11 at T32
The order data may be written in a predetermined order area by discriminating between the group and the individual based on the data.

〔effect〕

As described above, according to the present invention, the order data for the product to be ordered in the user equipment is input and stored, the stored order data is stored in the user storage medium, and the user storage medium is further stored. Each delivery member of the courier who delivers the product from the company collects and stores it in the delivery device owned by the delivery agent, so that the delivery employee can place an order for the item in the order data stored in the delivery device. Based on that, the product can be delivered to the user's house based on the user's house, and when the user device determines the user storage medium for door-to-door use and group use, and determines that the user storage medium is for group use, It is possible to enter the order data for multiple users that make up the product in a distinguishable manner, and store the user identification data for distinguishing between door-to-door and identification without separately preparing user equipment. Since it is possible to deal with product delivery by door and group by simply storing it in the body in advance, it is possible to easily respond to both door and group, and it is possible to reduce costs. The effect is obtained.

[Brief description of drawings]

FIG. 1 is a block diagram showing a basic configuration of a product delivery system according to the present invention, FIG. 2 is a diagram showing an embodiment of the system according to the present invention, FIG. 3 is an explanatory diagram showing an operating procedure of the system, and FIG. Fig. 5 is a diagram showing an example of the R / W configuration. Fig. 5 is a diagram showing the external configuration of the H / T. Fig. 6 is a block diagram showing the internal configuration of the H / T. Fig. 7 is an external configuration of the ordering calculator. Fig. 8 is a block diagram showing the internal structure of the order calculator, Fig. 9 is a diagram showing the data format of the delivery card, Fig. 10 is a diagram showing the data format of the user card, and Fig. 11 is the user card. FIG. 12 is a diagram showing the management flag of the delivery card, FIG. 12 is a diagram showing the user management flag of the delivery card, FIG. 13 is a diagram showing the delivery management flag of the delivery card, and FIG. 14 is a general flowchart diagram of HT, FIG. To Figure 17 are the subroutines in Figure 14. Flowchart illustrating, FIG. 18 is a general flowchart diagram of the order calculator. 11 ... User card (user storage medium), 12 ... Order calculator (user equipment), 122 ... Key input section (order data input means), 12a-1 ... RAM (storage means), 13 ... Product storage box, 32 … Handy terminal (delivery equipment), 32a
-1 ... RAM (storage means), S105a ... CPU (determination means), S14
3 ... CPU (writing means).

Claims (1)

[Claims] 1. A user equipment having an order data input unit for inputting order data for a product to be ordered, a storage unit for storing the order data input by the order data input unit, and a product for home delivery. Each delivery member of the courier has a storage device that has a storage unit that collects and stores the order data, and the user device stores the order data stored in the storage unit for the user. A merchandise delivery system having writing means for writing in a medium, wherein order data stored in the user storage medium is read into the deliveryman's device and stored in the storage means, and an order for the merchandise is received. The user device determines the type of the user storage medium in which identification data is stored in advance and created for door-to-door use or group-based use When it is determined by the determining means that the user storage medium is for grouping, the ordering data inputting means can input the order data for a plurality of users forming the group in a distinguishable manner. The product delivery system characterized by the above.