JPH11102390A - System and method for delivered merchandise inspection data processing and computer-readable storage medium stored with delivered merchandise inspection data processing program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To speedily and accurately inspect the merchandise on an order request machine side while the necessity of data communication from an ordering machine to the order request machine side. SOLUTION: On the side of the order request machine 10, a merchandise slip information read means 20 which reads slip information printed as a code on a delivery slip accepted as a delivery schedule, slip information storage control means 11 and 12 which stores the read slip merchandise information in a memory 13F, a delivered merchandise information input means 20 which inputs information including the actually delivered merchandise and their quantity, matching decision means 11 and 12 which decide whether or not inputted information matches the slip information stored in the memory 13F, and a rejection output means 19 which outputs merchandise rejection when it is decided that the input information does not match the stored slip information are provided; and the delivery schedule is accepted as a delivery slip and read operation as to the delivery split and input operation as to the actually delivered merchandise are only performed an input operation to inspect the delivered merchandise.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a received goods inspection data processing system, a received goods inspection data processing method, and a received goods inspection data processing program for inspecting the actually received goods and the number of the goods. It relates to a possible storage medium.

[0002]

2. Description of the Related Art In FIG. 6, each store 100 has a plurality (for example, 5
0) terminals (for example, electronic cash registers);
Store controller for collectively managing these terminals (10)
A POS system including a host machine (30) required depending on the scale or the like has been constructed. In such a general store 100, the store controller (10) and the host machine (30) are often provided with an incoming goods inspection data processing function, that is, an integrated goods inspection data processing system is also integrally constructed.

[0003] In other words, the received goods inspection data processing system creates an ordering machine 30 that sends an order to each ordering party 40 via the data communication line 2, creates order request data in the store 100, and connects the data communication line 1. And an order requesting machine (store controller) 10 which transmits the order to the ordering machine (host machine... Host computer) 30 via the host computer.

More specifically, the ordering machine 30 collects order data received from the order requesting machines 10 and stores it as ordering data corresponding to each store 100 and each ordering party 40. (Vendor) 40, and transmits the order data to the order requesting machine 10
The order data is returned and transferred to. The order requesting machine 10
The order data received from the order machine 30 is stored and held in a usable state at the time of inspection.

[0005] Each delivery slip issuing machine 45 of each supplier 40
Based on the order data received from the ordering machine 30, the delivery slip 50P for each delivery destination (store 100) is printed and issued.
The delivery slip 50P is, for example, as shown in FIG. The delivery clerk, in accordance with the delivery slip 50P, each product (for example,
“Lunch 1”) G is packed in the number (for example, “10”) and delivered to the store 100.

[0006] Inspection at the store 100 is performed as follows. The clerk of the store 100 uses a scanner similar to the data input unit (for example, the handy scanner 18) used to execute the product registration function of the terminal, for example, and actually delivers the product shown in FIG. “Bento 1”) Reads and inputs the product information from the bar code 63 attached to G. Perform for all delivered products. In many cases, the number is input by a key.

[0007] Then, the order requesting machine 10 compares the order data received from the ordering machine 30 and stored therein with the merchandise information read and input from the actual product (delivery). Inspection is performed while determining whether or not If they match, the payment is completed. If they do not match, there is an excess or deficiency compared to the order data. At least, if there is an excess or deficiency, the order is reported to the ordering machine 30. This is for verification of the order data.

[0008]

By the way, in a POS system in which a large number (for example, 200) of terminals are connected by the store controller (10) constituting the order requesting machine, the order amount of goods ordered by one store 100 is reduced. Increase. Therefore, the time required to return and transmit the order data from the ordering machine (host computer) 30 forming the host machine to the order requesting machine 10 in each store 100 becomes longer. When the store is busy, the data communication line 1 is congested, so that not only the communication cost increases, but also the return transmission to each order-requesting machine 10 cannot be performed in time for the delivery, so that a situation may occur in which the inspection cannot be performed.

In particular, the order requesting machine 10 compares the order data received and stored from the ordering machine 30 with the merchandise information read and input from the actual product (delivery) to determine whether the two products and the numbers match. A means for reading and inputting the product information from the bar code 63 attached to the product (“Lunch 1”) G shown in FIG. For example, in a system incorporated in the scanner), order data must be downloaded from the order requesting machine 10 to the scanner.
It takes more time (for example, 10 to 20 minutes). SUMMARY OF THE INVENTION An object of the present invention is to provide a data processing device and method for inspecting received goods which can be inspected quickly and accurately on the order requesting machine side while reducing the need for data communication from the ordering machine to the ordering machine side. To provide. Further, a computer-readable storage medium storing a received product inspection data processing program is provided.

[0010]

According to the first aspect of the present invention, it is possible to read slip product information including a product coded and printed on a delivery slip and the number of the product, and a product actually received and a received product including the number thereof. When it is possible to input information and determine whether or not the input received product information matches the read slip product information, and it is determined that the input received product information does not match the read slip product information This is an incoming goods inspection data processing system formed so as to be able to output an inspection failure.

[0011] In this invention, for example, a person in charge of inspection reads the coded printed slip product information from the delivery slip regarding the actually received goods. This slip merchandise information is equal to the merchandise information that was sent back from the ordering machine side and stored and held in the conventional example. Subsequently, as in the case of the conventional example, the received merchandise information is input from the actually received merchandise. Then, the input product information (product and quantity)
Is determined to match with the read slip product information (products and quantity). If they do not match, it is output as inspection failure. Therefore, it is only necessary to read and input the delivered actual product and its slip, thereby reducing the necessity of data communication from the ordering machine to the ordering machine side and quickly and accurately at the ordering machine side. Can be inspected.

Further, according to the present invention, there is provided a slip product information reading means for reading slip product information including the products coded and printed on the delivery slip and the number thereof, and a slip storing the read slip product information in a memory. Product information storage control means,
Incoming merchandise information input means for inputting incoming merchandise information including the actually received merchandise and the number thereof, and matching for determining whether or not the input received merchandise information matches the slip merchandise information stored in the memory. Determination means, and inspection rejection output means for outputting an inspection rejection when it is determined that the input received product information does not match the storage slip product information, and accepting and delivering the delivery schedule as a delivery slip This is an incoming goods inspection data processing system formed so that the incoming goods can be inspected simply by performing a reading operation on a slip and an input operation on the actually received goods.

According to this invention, when the order requesting machine receives the delivery schedule as a delivery slip, for example, the inspection person in charge checks the slip coded and printed from the delivery slip relating to the actually received product by using the slip product information reading means. Read product information. The read slip product information is stored in the memory by the slip product information storage control means. This slip merchandise information is equal to the merchandise information that was sent back from the ordering machine side and stored and held in the conventional example. Then, using the incoming goods information input means, as in the case of the conventional example,
Enter the received product information from the actually received product. For example, by key input or reading input by a handy scanner. Then, the slip product information storage control means determines whether or not the input received product information (product and quantity) matches the read slip product information (product and quantity). If it is determined that they do not match, the inspection rejection output means outputs an inspection rejection.

Therefore, in addition to providing the same operation and effect as the case of the first aspect of the present invention, in order to obtain the delivery data corresponding to the order data, the delivery product information is coded from the delivery slip using the slip product information reading means. Since it is only necessary to read the printed slip merchandise information, it is possible to eliminate the conventional problems that the handling is simple and cannot be inspected because the order cannot be received from the ordering machine side.

According to a third aspect of the present invention, there is provided an order requester capable of transmitting order request data including a product and the number thereof via a data communication line, and order data corresponding to the order request data received from the order requester. And an ordering machine that can create and send order data to the supplier.
A delivery slip issuing machine that issues a delivery slip that is coded and printed with slip product information, including the products to be delivered and the number of the products to be delivered, corresponding to the order data received from the ordering machine. Form product information reading means for reading form product information coded and printed from a delivery form attached to a product actually received and received, and a form product information storage control for storing the read form product information in a memory Means for inputting the actually received goods and the received goods information including the number thereof, and comparing the storage slip product information with the input received goods information to determine whether or not they match. Means for judging coincidence, and inspection rejection output means for outputting an inspection rejection when it is determined that they do not match, are provided from the ordering machine to the order requesting machine. Data can be inspected simply by performing a read operation using the slip product information reading means and an input operation using the received product information input means at the order requesting machine without sending the data back through the data communication line. It is a received goods inspection data processing system.

In this invention, when receiving the order request data from the order requesting machine, the ordering machine creates the ordering data and transmits the order to the ordering party. Upon receiving this, the delivery slip issuing machine on the ordering side issues a delivery slip in which slip product information including the products to be delivered corresponding to the order data and the number thereof is coded and printed. Attach the delivery slip and deliver. When the product is delivered, when the slip product information coded and printed on the delivery slip is read using the slip product information reading means on the order requesting machine side, the slip product information storage control means stores this in a memory. In addition, the received merchandise information input means is used to input the actually received merchandise and the received merchandise information including the number of the merchandise.

Thus, the coincidence determining means compares the storage slip merchandise information with the input received merchandise information to determine whether or not the two coincide. In the case of a mismatch, the inspection reject output means outputs an inspection reject. Therefore, even if the order data is not sent back from the ordering machine to the ordering machine via the data communication line, the ordering machine uses the reading operation using the slip merchandise information reading means and the incoming merchandise information inputting means. Inspection can be performed simply by performing input work. Therefore, the order requesting machine can quickly and accurately inspect the product while reducing the necessity of data communication from the ordering machine to the order requesting machine, and the handling is simple.

Further, the invention according to claim 4 is an incoming goods inspection data processing system in which the slip product information is coded and printed on the delivery slip as a two-dimensional code.

In this invention, the delivery slip is coded and printed using a small two-dimensional code (for example, a two-dimensional data code or a two-dimensional bar code) that can store a large amount of information on the slip. Therefore, in addition to being able to achieve the same functions and effects as the inventions of claims 1 to 3, a large amount of slip product data can be stored in a smaller two-dimensional code. Even if the number is large, the reading operation of the slip product information can be performed easily and quickly, and the necessity of data communication from the ordering machine to the order requesting machine can be greatly reduced as compared with the conventional example.

Further, according to a fifth aspect of the present invention, a product coded and printed on a delivery slip and slip product information including the number of the products are read and stored in a memory, and the product input for the actually received product is stored. And whether or not the received product information including the number thereof matches the voucher product information stored in the memory, and determines that the input received product information does not match the voucher product information stored in the memory. This is an incoming goods inspection data processing method that outputs an inspection failure when discriminated.

In this invention, when a product is received, the slip product information coded and printed on the delivery slip is read and stored in the memory, and the received product information on the product is input. Thereafter, it is determined whether or not the input received merchandise information matches the slip merchandise information stored in the memory. In the case of a mismatch, the inspection is rejected. Therefore, it is possible to quickly and accurately inspect the order requesting machine while reducing the necessity of data communication from the ordering machine to the order requesting machine.

Further, the invention according to claim 6 is a computer-readable storage medium storing a received goods inspection data processing program, and stores the delivery slip in a computer which has read the received goods inspection data processing program. When the slip product information including the coded printed product and the number thereof is read, the slip product information is stored in the memory, and the received product information including the product and the number of the actually received product is input. After that, it is determined whether or not the input received product information matches the voucher product information stored in the memory, and when it is determined that the input received product information does not match the storage voucher product information, Incoming product inspection data processing program, which is to output the inspection failure, can be read by computer It is a storage medium.

In this invention, when the computer which has read the received goods inspection data processing program reads the goods coded and printed on the delivery slip and the slip goods information including the number thereof, the computer stores the slip goods information in the memory. Then, for the actually received goods, after the received goods information including the goods and the number thereof is input, it is determined whether or not the input received goods information matches the slip product information stored in the memory, If it is determined that the input received product information does not match the storage slip product information, the inspection failure is output.

Therefore, if the computer is made to read the incoming goods inspection data processing program stored in the storage medium, the computer can reduce the necessity of data communication from the ordering machine to the ordering machine while reducing the necessity of data communication. It is possible to easily construct an incoming goods inspection data processing device having an excellent operational effect that the goods can be inspected quickly and accurately on the side, and the incoming goods inspection data processing method can be surely executed.

[0025]

Embodiments of the present invention will be described below with reference to the drawings. (First Embodiment) A preferred POS system (10, 30) having a basic configuration similar to that of the conventional example shown in FIG. And a code (6) on the delivery slip 50 on the order requesting machine 10 side.
1) A slip product information reading means (20) for reading the printed slip product information, and a slip product information storage control means (1) for storing the read slip product information in the memory (13F).
1, 12) and received goods information input means (2) for inputting received goods information including the actually received goods and the number thereof.
0), matching determination means (11, 12) for determining whether or not the input received product information matches the slip product information stored in the memory (13F); Inspection rejection output means (19) for outputting an inspection rejection when it is determined that the information does not match the information.
The delivery schedule is accepted as the delivery slip 50, and the received product can be inspected simply by performing a reading operation on the delivery slip 50 (61) and an input operation on the actually received product.

In the first embodiment, the ordering machine 30
Memory (13F),
A description will be given of a case where the slip product information storage control means (11, 12), the coincidence determination means (11, 12) and the inspection failure output means (19) are provided in the order requesting machine 10 itself.
These may be provided and implemented on the order requesting machine 10 side and on the handy terminal 20 side forming the slip product information reading means. That is, it may be provided on the order requesting machine 10 side with respect to the ordering machine 30.

In FIG. 1, an order requesting machine 1 comprising a store controller for collectively managing a plurality of terminals (not shown).
0 is CPU 11, ROM 12, RAM 13, HDD1
4, a keyboard (KB) 15, a display (IND) 16, and communication circuits 17 and 18 for data communication.
0 can be sent. .

In the RAM, a delivery schedule file (memory) 13F is provided in addition to a master merchandise file and a master sales file (both not shown) provided for merchandise registration at each terminal. The role of the memory (13F) will be described later in detail.

The handy terminal 20 includes a control unit (CP
U21, ROM 22, RAM 23), a scanning unit 25, a reading unit 26, and an interface (I / F) 27 for data transfer through the cable 3. it can. The appearance is as shown in FIG. As shown by the two-dot chain line, the cable 3 may be connected via the optical adapter 29.

In this embodiment, the handy terminal 20 is provided with a two-dimensional data code (two-dimensional code) 61 shown in FIG. 5 and a two-dimensional data code 61 shown in FIG. Any of the bar codes 62 and 63 shown in FIG. 8 can be read or read. The cost can be reduced and the handling can be further simplified.

Here, the order requesting machine 10 is connected to the own store 10
Information on the order-requested product of No. 0, that is, order-request data including the product and the number thereof can be transmitted to the ordering machine 30 via the data communication line 1.

The ordering machine 30 creates ordering data corresponding to the ordering request data received from each ordering machine 10 and performs data processing such as classification, aggregation, storage, and the like. An order can be sent to each ordering party 40 (delivery slip issuing machine 45). However, it is not transferred back to each order requesting machine 10 as in the conventional example.

In other words, in general, it is possible to avoid the return transmission of the order data having a larger amount of information than the order request data, to thereby alleviate the communication congestion of the data communication line 1 and to the order requesting machine 10 side. The conventional inconvenience (inspection impossible) due to the failure to receive the order data is eliminated.

The FDD (floppy disk device) 31 and the FD (floppy disk) in the ordering machine 30
Will be described in a second embodiment.

The delivery slip issuing machine 45 in each supplier 40
A delivery slip 50 in which slip product information including the products to be delivered and the quantity corresponding to the order data received from the ordering machine 30 is coded and issued is issued.

That is, as shown in FIG. 5, the delivery slip 50 for the order requesting machine 10 to receive as a delivery schedule is similar to the slip product information (for example, “product”) as in the conventional example (FIG. 7). Not only are the "code", "product name" and "quantity") printed in a legible manner, but also a two-dimensional data code (two-dimensional code) 61 in which the slip product information is coded and stored. The slip product information may be coded and printed as a two-dimensional barcode or a normal barcode 62.

The slip product information reading means provided on the order requesting machine 10 is for reading slip product information coded and printed from the delivery slip 50 attached to the actually received product. It is formed from the handy terminal 20 described above.

The slip product information storage control means stores the slip product information read from the delivery slip 50 (two-dimensional data code 61) using the slip product information reading means (20) in the memory (delivery schedule file 13F). Means for storing the slip product information storage control program in the ROM 12 and C
It is formed from the PU 11 and is executed in ST27 of FIG. That is, in the case of this embodiment, the data is read from the handy terminal 20 (YES in ST25, ST26).
Then, it is stored in the RAM 13 of the order requesting machine 10 as a delivery schedule.

The commodity information input means is provided at the store 100
This is a means for inputting the commodity G (see FIG. 8) and the number of the commodity G that have actually been received. In this embodiment, as described above, the handy terminal 20 is also used. However, it may be formed by a scanner similar to a handy scanner for reading the barcode 63 of the product G connected to each terminal, and the number may be combined by, for example, key input.

The coincidence discriminating means is formed from the ROM 12 and the CPU 11 storing the coincidence discrimination program, and is input with the slip product information stored in the delivery schedule file (memory) 13F (ST27) (YES in ST10, YES in ST11). , And ST12 (YES), to determine whether or not they match (ST14, ST14).
ST15).

The goods and the number of goods input from the actual goods (goods G) are set and registered in the master goods file (13) (ST13). This is to make it a salable product.

The inspection rejection output means is a coincidence determination means (1
When it is determined that the two do not match by (1, 12) (NO in ST15), a message indicating rejection of inspection is output (ST15).
18) This means is formed by the output means 19 which is a printer with a display in this embodiment, and is driven by the inspection rejection display print output control means (CPU 11, ROM 12).

The output means 19 is provided with a coincidence determining means (1
If it is determined that the two coincide with each other according to (1, 12) (YES in ST15), a message indicating that the inspection has passed is output (ST1).
6) The inspection pass output means is also used.

If the inspection is successful, it is erased from the delivery schedule file (memory) 13F (ST17), but if the inspection is unsuccessful, the fact of non-delivery and its number are stored (ST19).

When the inspection of all the commodities is completed (YES in ST20), the undelivered data output means (CPU 11, ROM 12) outputs the undelivered data from the output means 19 (ST21). Further, the output may be made for the overdelivery.

Further, when there is a timely upload request (YES in ST22), the upload control means (CPU
11, ROM 12) is a delivery schedule file (memory) 1
The non-delivery data stored in the 3F is uploaded to the ordering machine 30 via the data communication line 1 (ST2).
4). It is used to correct the excess or deficiency and to prevent recurrence.

According to the first embodiment,
A slip product information reading means (20) on the order requesting machine 10 side;
Slip product information storage control means (11, 12), received product information input means (20), and coincidence determination means (11, 12)
And an inspection rejection output means (19) are provided, and a delivery schedule is received as a delivery slip 50, and a read operation on the delivery slip 50 (61) and an input operation on an actually received product are performed by simply performing an input operation. Of the actual product delivered and its slip 5
Since it is only necessary to read and input 0, the order requesting machine 10 can quickly and accurately inspect the product while reducing the necessity of data communication from the ordering machine 30 to the order requesting machine 10 side.

The code for storing the slip product information in the delivery slip 50 is a two-dimensional data code (two-dimensional code) 61.
Therefore, a larger amount of data can be stored. Therefore, it is highly adaptable and expandable.

The delivery slip 50 includes a conventional example (FIG. 7).
Since the slip product information (for example, "product code", "product name", and "quantity") is printed in a legible manner, the work is also easy from this point.

Further, since the slip product information reading means and the received product information input means are formed so as to be able to use the handy terminal 20 which can read the two-dimensional data code and the bar code, the cost is reduced and the handling is further simplified. Can be achieved.

Further, upload control means (CPU 1
1, ROM 12), and delivery schedule file (memory)
Since the undelivered data stored in the 13F can be uploaded to the ordering machine 30 via the data communication line 1, it is useful for corrective measures for overdelivery or shortage of deliveries and measures for preventing recurrence.

(Second Embodiment) In this embodiment, a computer (30) is made to read an incoming goods inspection data processing program from a storage medium (FD ... floppy disk), and the same as in the first embodiment. An incoming goods inspection data processing device is constructed and the method is formed so as to be executable.

That is, in the first embodiment, the received goods inspection data processing program shown in FIG.
12 is stored in the storage unit 12 and executed. However, in the second embodiment, for convenience, FIG.
As shown in (1), an incoming goods inspection data processing program is read from the FD via an FDD (floppy disk device) 31 of the ordering machine 30 and downloaded to the order requesting machine 10, and stored in the HDD 14 on the ordering machine 10; It is developed on the RAM 13 so as to be executable.

However, the storage medium is not limited to the FD. For example, the HDD (14) or the ROM (12) on the order requesting machine 10 side
Is also a storage medium in which the program shown in FIG. Furthermore, CD-ROM, DVD-RAM,
MO or magnetic tape may be used.

The received goods inspection data processing program of the ordering machine 30 is directly read from the FDD 31 and stored in the HDD (not shown). Others are the same as in the first embodiment.

[0056]

According to the first aspect of the present invention, it is possible to read the slip product information coded and printed on the delivery slip on the order requesting machine side and to input the received product information relating to the actually received product. Data is transmitted from the ordering machine to the order requesting machine because it is formed so that it is possible to determine whether or not it matches the read slip product information, and if it is determined that it does not match, it can output an inspection failure. Inspection can be performed quickly and accurately on the order requesting machine side while reducing the need for

According to the second aspect of the present invention, the order requesting machine is provided with a slip product information reading means, a slip product information storage control means, an incoming product information input means, a coincidence determining means, and an inspection failure output means. Since the delivery schedule is accepted as a delivery slip, and the reading operation of the delivery slip and the input operation of the actually received goods are performed only by inspecting the received goods, it is possible to inspect the goods received. In addition to providing the same effect, it is only necessary to read the coded printed slip product information from the delivery slip using the slip product information reading means to obtain the delivery data corresponding to the order data. Therefore, it is possible to eliminate the conventional problem that the inspection is impossible because the handling is simple and the reception cannot be performed from the ordering machine side.

According to the third aspect of the present invention, the order requesting machine, the ordering machine, the delivery slip issuing machine, the slip product information reading means, the slip product information storage control means, the receiving goods information input means, the coincidence determining means, and the inspection. A failure output means is provided, and the ordering machine does not need to send back the order data from the ordering machine to the ordering machine side via the data communication line. Since the inspection can be performed simply by performing the input operation using the information input means, the order requesting machine can quickly and accurately inspect while reducing the necessity of data communication from the ordering machine to the order requesting machine. And it is easy to handle.

According to the fourth aspect of the present invention, since the slip product information is coded and printed on the delivery slip as a two-dimensional code, the same effects as those of the first to third aspects of the invention can be obtained. In addition to the fact that a large amount of slip product data can be stored in a smaller two-dimensional code, even if the number of delivered products and the number of slips are large, the work of reading slip product information can be performed easily and quickly. Compared with the example, the necessity of data communication from the ordering machine to the ordering machine can be greatly reduced.

Further, according to the invention of claim 5, the slip product information coded and printed on the delivery slip is read and stored in the memory, and the received product information input for the actually received product is stored in the memory. This is an incoming goods inspection data processing method that determines whether or not it matches the relevant slip product information, and outputs an inspection failure if it is determined that it does not match. Inspection can be performed quickly and accurately on the order requesting machine side while reducing the necessity of data communication to the customer.

Further, according to the invention of claim 6, when the slip product information coded and printed on the delivery slip is read by the computer which has read the received product inspection data processing program, the slip product information is read. Is stored in the memory, and after the received product information is actually input for the received product, it is determined whether or not the input received product information matches the slip product information stored in the memory. Since it is a computer-readable storage medium that stores the received product inspection data processing program that is to output an inspection rejection when successful, the received product inspection data stored in the storage medium in the computer By reading the processing program, the computer can be launched while reducing the need for data communication from the ordering machine to the order requesting machine. It is reliably caused to execute a can be and the stock products inspection data processing method easily be constructed to stock products inspection data processing apparatus having an excellent effect of caused to inspect quickly and accurately by requesting machine side.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a first embodiment of the present invention.

FIG. 2 is a perspective view for explaining an appearance of an order requesting machine and the like.

FIG. 3 is a diagram for explaining a delivery schedule file (memory).

FIG. 4 is a flowchart for explaining the operation of the order requesting machine.

FIG. 5 is a diagram for explaining an example of a delivery slip on which slip product information is coded and printed.

FIG. 6 is a schematic diagram for explaining a conventional example.

FIG. 7 is a diagram for explaining a conventional delivery slip.

FIG. 8 is a diagram for explaining a product example common to the present invention and a conventional example.

[Explanation of symbols]

1, 2 data communication line 10 order requesting machine (arrival product inspection data processing device) 11 CPU (slip product information storage control means, coincidence determination means) 12 ROM (slip product information storage control means, coincidence determination means) 13 RAM 13F Delivery Schedule file (memory) 14 HDD 15 Keyboard 16 Display 19 Output means 20 Handy terminal (Slip product information reading means,
Incoming product information input means) 25 Scanning unit 26 Reading unit 30 Ordering machine (Incoming product inspection data processing device) 31 FDD FD Floppy disk (storage medium) 40 Ordering party 45 Delivery slip issuing machine 50 Delivery slip 61 Two-dimensional data code (2 (Dimensional code) 62 barcode

Claims (6)

[Claims] Claims: 1. Slip product information including a product coded and printed on a delivery slip and its number can be read, and received product information including an actually received product and its number can be input and input. Can be determined whether it matches the read slip product information, and if it is determined that the input received product information does not match the read slip product information, it can be output that the inspection failed. Incoming goods inspection data processing system. 2. A slip product information reading means for reading slip product information including a product coded and printed on a delivery slip and the number thereof, a slip product information storage control means for storing the read slip product information in a memory, Incoming merchandise information input means for inputting incoming merchandise information including the actually received merchandise and the number thereof, and matching for determining whether or not the input received merchandise information matches the slip merchandise information stored in the memory. Determination means, and inspection rejection output means for outputting an inspection rejection when it is determined that the input received product information does not match the storage slip product information, and accepting and delivering the delivery schedule as a delivery slip Incoming goods inspection data processing system that is designed to be able to inspect incoming goods just by performing a reading operation on a slip and an input operation on the actually received goods Tem. 3. An order requesting machine capable of transmitting order request data including a product and the number thereof via a data communication line.
An ordering machine capable of creating ordering data corresponding to the ordering request data received from the ordering machine and transmitting the created ordering data to the ordering party; and an ordering machine arranged at the ordering party and received from the ordering machine. A delivery slip issuing machine that issues a delivery slip that prints out the slip product information that includes the product to be delivered and the number of products corresponding to the data, and a delivery slip issuing machine that is installed on the order requesting machine side and is attached to the actually received product Voucher product information reading means for reading the voucher product information coded and printed from the delivery voucher, voucher product information storage control means for storing the read voucher product information in the memory, including the actually received products and the number of products Receiving goods information input means for inputting receiving goods information, and coincidence determining means for comparing storage slip product information and input receiving goods information to determine whether or not the two are the same; And an inspection rejection output means for outputting an inspection rejection when it is determined that the two do not match, and sending the order data back from the ordering machine to the order requesting machine via the data communication line. A received goods inspection data processing system which is formed so that inspection can be performed by simply performing a reading operation using the slip commodity information reading means and an inputting operation using the received commodity information input means in the order requesting machine. 4. The received goods inspection data processing system according to claim 1, wherein said form goods information is coded and printed on said delivery form as a two-dimensional code. 5. Slip product information including a product coded and printed on a delivery slip and the number of the product are read and stored in a memory, and a product which has been input for a product actually received and a product including the number thereof. Inspection is failed if it is determined whether the information matches the voucher product information stored in the memory, and if it is determined that the input received product information does not match the voucher product information stored in the memory. Incoming goods inspection data processing method to output the effect. 6. A computer-readable storage medium storing a received product inspection data processing program, wherein the computer reads the received product inspection data processing program and stores the product coded and printed on a delivery slip. When the slip product information including the number is read, the slip product information is stored in the memory, and when the product and the received product information including the number are input for the actually received product, the input received product is input. It is determined whether the information matches the invoice product information stored in the memory, and if it is determined that the input inbound product information does not match the storage voucher product information, an inspection failure is output. A computer-readable storage medium storing an incoming goods inspection data processing program to be executed.