JPH05324686A - Handy terminal - Google Patents

Abstract

PURPOSE:To input stored and shipped number data for the same product in a lump and to improve operability by confirming the correlation of this data with scheduled stored and shipped number data at the time of the input of the stored and shipped number data. CONSTITUTION:A schedule data file 3a to store schedule data from a host computer and an actual result data file 3b to store actual result data to be transmitted later to the host computer are provided, and the total of the scheduled quantity of the schedule data corresponding to a key code inputted continuously about the same product is calculated and displayed on a display device 8, and the total of the actual result quantity of the actual result data inputted in accordance with the key code 3 inputted continuously is calculated. It is judged whether the total of the scheduled quantity and the total of the actual result quantity coincide with each other or not, and at the time of coincidence, the inputted actual result data is stored in the actual result data file 3b, and at the time of non-coincidence, an error to show the non-coincidence is displayed on the display device 8.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a handy terminal that collects the data of the number of stored products and the number of stored products, and transmits the collected data of the number of stored products to and from a host computer, for example.

[0002]

2. Description of the Related Art A handy terminal is known for inputting the number-of-stored data and the number-of-issued data in a warehouse in order to manage the inventory of products in the warehouse. This handy terminal has a keyboard and a bar code scanner for entering the data of the number of goods received and the number of goods issued,
A memory or the like for storing the input number-of-stored data and the number-of-outputted data is provided, and this memory is backed up by a rechargeable battery.

For example, as shown in FIG. 5, the data of the number of stored goods or the data of the number of delivered goods (actual quantity) are stored in a memory.

First, when two cases of products are stored in the first storage slip, the bar code of the first storage slip is read by the bar code scanner, and the key code (slip code) (1) is input to the memory. Memorized in. Then 1
The barcode printed on the label attached to one case is read by the barcode scanner and the product code (1) is input. The number of products in this case is the actual quantity (1) by key input on the keyboard. And is stored in the memory. Similarly, for the remaining one case, the product code (1) and the actual quantity (2) are input and stored in the memory.

When the same product as the above-mentioned product is stored in 3 cases by the second storage slip, first, the bar code of the second storage slip is read by the bar code scanner, and the key code (2) is input to the memory. Memorized in. Then the first
The barcode of the case label is read by the barcode scanner, the product code (1) is entered, and the number of products in this case is entered as the actual quantity (3) by key entry on the keyboard. The product code (1) and the actual quantity (4) are similarly input for the case 2 and the product code (1) and the actual quantity (5) are similarly input and stored in the memory for the third case. It

When the same product as the above product is stored in one case by the third storage slip, the key code (3), the product code (1) and the actual quantity (6) are input and stored in the memory.

When two cases of products different from the above products are stored by the fourth storage slip, the key code (4) is input, and the product code (2) and the actual quantity (7) are input from one case. The product code (2) and the actual quantity (8) are input from the remaining cases and stored in the memory.

When the same product as in the case of the fourth receipt slip is stored in one case by the fifth receipt slip, the key code (5), the product code (2) and the actual quantity (9) are input and stored in the memory. Memorized in.

In this way, the product code and the actual quantity for each key code are stored in the memory according to the entry slip and the exit slip, and the handy terminal is connected to the host computer via the line and stored in the memory when the counting is completed. The data of the number of warehousing / discharging items is transmitted to the host computer.

In the host computer, the inventory quantity data is totaled and compared with the expected inventory quantity data that should be loaded and unloaded, and inventory management is performed.

[0011]

As described above, in the conventional handy terminal, when the input quantity data and the output quantity data are input, the input receipt quantity data or the issued quantity data is stored as the planned receipt quantity data or the expected departure quantity data. I didn't know if they agreed. Therefore, by processing the incoming / outgoing quantity data sent from the handy terminal with the host computer, it can be seen that the incoming / outgoing quantity data does not match the expected entering / leaving quantity data. , The measures such as re-entering the data of the number of items received in the warehouse were taken again at the handy terminal. That is, in the conventional handy terminal, it is not possible to know whether the input / output planned quantity data matches the input / output planned quantity data when inputting the incoming / outgoing quantity data. There was a problem that the treatment could not be taken on the spot.

In the conventional handy terminal, 1
If you enter a key code (slip code) for each slip, you must enter the actual quantity (quantity) of the products that will be put in and out of that slip, and then enter the key code of the slip for each same product, and then There was a problem that it was not possible to enter the actual quantity of products at once.

As described above, the conventional handy terminal is poor in operability such that it is not possible to confirm the expected quantity data of entering and leaving at the time of inputting the quantity data of incoming and outgoing, and the data of incoming and outgoing quantity can be input only for each slip. There was a problem.

Therefore, according to the present invention, it is possible to confirm the expected quantity data of entering and leaving when inputting the quantity data of entering and leaving, and to enter the quantity data of entering and leaving the same product in a lump, so that the operability is improved. It is intended to provide a handy terminal that can be improved.

[0015]

The invention according to claim 1 is
A planned storage / receipt quantity data storage unit that stores scheduled storage / receipt quantity data corresponding to the slip code transmitted from the external processing device; and a slip code input unit that inputs the slip code.
The data input means for inputting the goods receipt / delivery quantity data and the registration instruction, and the goods receipt / delivery schedule stored in the goods receipt / delivery quantity data storage means corresponding to the slip code inputted by the slip code input means. By the entry / exit quantity data determination means for determining whether or not the quantity data and the entry / exit quantity data entered by the data entry means after the entry of the slip code by the slip code entry means match, A notification means is provided to notify the mismatch when it is determined that there is a mismatch between the planned entering / leaving quantity data and the entering / leaving quantity data.

According to the second aspect of the present invention, a scheduled entry / exit quantity data storage means for storing expected entry / exit quantity data corresponding to the slip code transmitted from the external processing device, and a slip code input means for entering the slip code. , When a plurality of slip codes for the same product are continuously input by this slip code input means, the total of the expected storage / receipt quantity data stored in the expected storage / receipt quantity data storage means corresponding to the plural slip codes is calculated. The total expected quantity data calculation means, the data entry means for inputting the goods receipt / delivery quantity data and the registration instruction, and the slip code input means continuously input the slip codes of a plurality of the same products. And the total result data calculation means for calculating the total of the number of pieces of goods in and out of the same product continuously input by the data input means, Total data judging means for judging whether or not the total data calculated by the planned number data calculating means and the total data calculated by the total actual data calculating means, and the total planned number data calculating by this total data judging means Means for notifying the discrepancy between the total data by the means and the total data by the total result data calculation means, and the total data and total result data calculation means by the total expected number data calculation means by the total data determination means When it is determined that the total data according to the above-mentioned data match, and when the registration instruction is input by the data input means, a storage / receipt number storage means for storing a plurality of storage / receipt number data corresponding to the plural slip codes. , A plurality of slip codes stored in the storage / incoming quantity data storage means and a plurality of transmissions of these slip codes. It is provided with a data transmission means for transmitting a plurality of goods movements number data corresponding to the code to the external processor.

[0017]

In the present invention having such a structure, when the slip code is input by the slip code input means and the input / output quantity data is input by the data input means, the input input / output quantity data and the input slip It is judged by the warehousing / receipt number data judging means whether or not the warehousing / receipt planned quantity data stored in the warehousing / scheduling quantity data storage means corresponding to the code coincides with the warehousing / receipt quantity data judging means. When a discrepancy between the data and the planned storage / receipt quantity data is determined, the discrepancy is notified by the notifying means.

Further, when a plurality of slip codes of the same product are continuously input by the slip code input means, the total planned quantity data calculation means causes the planned storage quantity data storage means corresponding to the plurality of slip codes to be stored in the storage quantity data storage means. The total of the stored planned storage / receipt quantity data is calculated. The total result data calculation means calculates the sum of the incoming / outgoing quantity data of a plurality of the same products continuously input by the data input means after the slip codes of the same product are continuously input by the slip code input means. Is calculated.

The total data judging means judges whether or not the total data calculated by the total expected number data calculating means and the total data calculated by the total actual data calculating means coincide with each other, and the total data judging means makes a total. When the discrepancy between the total data calculated by the planned number data calculation means and the total data calculated by the total actual data calculation means is determined, the notification means notifies the disagreement.

When the total data determination means determines that the planned total data and the actual total data match, and when the data input means inputs a registration instruction, a plurality of slip codes are stored in the storage / delivery number data storage means. A plurality of warehousing / discharging quantity data are stored in association with.

The plurality of slip codes stored in the storage / receipt number storage means and the plurality of storage / receipt number data corresponding to the slip codes are transmitted to the external processing device by the data transmitting means.

[0022]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings.

In FIG. 1, reference numeral 1 is a CPU (central processing unit) which constitutes the main body of the control unit. This CP
ROM storing program data for processing performed by U1
(Read only memory) 2, RAM in which areas of various memories used when the CPU 1 performs processing are formed
The communication interface 4 connected to the (random access memory) 3 and a host computer as an external processing device via a line is the CPU via a system bus 5.
It is connected to 1.

Also, a keyboard controller 7 for controlling the keyboard 6 as a data input means for inputting the data of the number of stored products and the number of stored products of the product, data for forcible input, and the like, and a display 8 for displaying the input data, messages and the like. Display controller 9 for controlling the display, a buzzer controller 11 for driving a buzzer 10 when an error occurs, a slip code input for reading a barcode printed on a receipt slip and an output slip, or a barcode label attached to the surface of the product packaging. The scanner interface 13 for inputting the output signal from the bar code scanner 12 as a means,
It is connected to the CPU 1 via the system bus 5.

The RAM 3 is provided with a schedule data file 3a as a storage / receipt scheduled quantity data storage means for storing schedule data input from the host computer through the communication interface 4, and the input data registered by the keyboard 6. An actual result data file 3b is formed as an incoming / outgoing quantity data storage unit for storing outgoing data (actual data). Scheduled data file 3
As shown in FIG. 2, the a and the result data file 3b respectively include a key code (slip code), a product code,
The planned quantity, key code, product code, and actual quantity are stored.

FIG. 3 shows the flow of the warehousing / unloading process performed by the CPU 1.

First, the schedule data corresponding to the key code that has been received from the host computer through the communication interface without any abnormality is stored in the schedule data file 3a formed in the RAM 3.

Next, as the processing of step 1 (ST1),
The key code input process shown in FIG. 4 is performed. That is, first, the bar code information of the receipt slip or the exit slip read by the bar code scanner 12 is fetched, the schedule data corresponding to the key code (slip code) is searched from the schedule data file 3a, and the key code is retrieved. It is determined whether the corresponding scheduled data exists. If there is no scheduled data, an error is displayed on the display 8 and the buzzer 10 is sounded to notify the error, and the process returns to the first process of this key code input process. Also, if there is scheduled data corresponding to the key code, RAM
The planned quantity of the planned data is cumulatively added to the planned total quantity set in the planned total area (not shown) formed in 3, and the result is set as the planned total quantity in the planned total area. When the planned total quantity is calculated and set in the planned total area, it is judged from the read data from the bar code scanner 12 whether or not another key code of the same product is input, and another key code of the same product is present. Then, it will return to the first processing of this key code input processing,
If there is no other key code of the same product, this key code input process is terminated. (Total Planned Quantity Data Calculation Means) When this key code input processing is completed, step 2 (S
As a process of T2), the planned total quantity set in the planned total area is displayed on the display unit 8.

Next, as the processing of step 3 (ST3),
When the actual data is input, that is, the key code is read by the barcode scanner 12, the product code and the number of products (actual quantity) are input by the keyboard 6, R
It is cumulatively added to the result total quantity set in the result total area formed in AM3, and the result is set as the result total quantity in the result total area. (Total Actual Data Calculation Unit) When the actual total amount is calculated and set in the actual total area, it is determined whether or not there is other actual data for the key code input in the key code input process as the process of step 1. To do.

If there is any other actual data, the process returns to the above-mentioned step 2 again. If there is no other actual data, the planned total quantity set in the planned total area formed in the RAM 3 is set. It is determined whether or not and the actual total quantity set in the actual total area match. (Incoming / outgoing quantity data judging means, total data judging means) If the planned total quantity and the actual total quantity do not match, an error is displayed on the display 8 and the buzzer 10 is displayed.
Is sounded to notify the error (notifying means), and it is determined whether or not the forced input (input of the registration instruction) is performed by the key input of the keyboard 6. When it is determined that the forced input is performed by the key input of the keyboard 6, step 4 (S
The process shifts to the process of T4), and when it is determined by the key input of the keyboard 6 that the forced input is not performed, the process returns to the process of the above step 3 again.

If the planned total quantity and the actual total quantity match, as a process of step 4 (ST4), a display indicating the coincidence is displayed, and the actual data that has been input up to that point is stored in the actual data file. Store (register) in 3b. (Incoming / Outgoing Quantity Data Storage Means) When actual data is stored in the actual data file 3b,
By reading the barcode by the barcode scanner 12, it is determined whether or not another key code is input.

If another key code is input here, the process returns to the key code input process as the process of step 1 described above, and if no other key code is input, the actual data file 3b. The record data stored in (1) is transmitted to the host computer via the communication interface 4 (data transmitting means), and when this transmission is completed, this warehousing / discharging process is completed.

In this embodiment having such a configuration, for the product for which the counting work of the entry and exit is performed, the handy terminal is planned to have the product code and the planned quantity of the product corresponding to the key code from the host computer. The data is received and stored in the scheduled data file 3a.

When the key code (slip code) of the entry / exit slip for the same product code is read by the bar code scanner 12, the planned quantity corresponding to the key code is read from the schedule data file 3a and cumulatively added. ..

When the entry of the key code of the entry / exit slip for the same product code is completed, the planned quantity cumulatively added up to then is displayed on the display unit 8.

Therefore, the number (actual quantity) of the same product that is actually put in and out is entered as actual data by the keyboard 6 together with the product code, and the actual data is the actual total area formed in the RAM 3 in the order of input. Is temporarily stored in. Further, the input actual quantity is cumulatively added.

When the input of the actual data for the same product that has actually been put in and out is completed, it is judged whether or not the cumulatively added planned quantity and the cumulatively added actual quantity match, and if they match, A display indicating that the display 8 coincides is displayed, and the record data temporarily stored in the record total area is stored in the record data file 3b.
The record data stored in the record data file 3b is transmitted to the host computer that performs the warehousing / dispatching business process. If the cumulatively added planned quantity and the cumulatively added actual quantity do not match, an error message indicating that the planned data does not match the planned data is displayed, and a forced input is made by key input from the keyboard 6. It is determined whether or not. If it is forced input, the performance data stored in the performance total area is stored in the performance data file 3b, and if it is not forced input, the performance data is re-input.

As described above, according to this embodiment, the scheduled data file 3a for storing the scheduled data from the host computer and the actual data file 3b for storing the actual data to be transmitted later to the host computer are provided, and the same product code is provided. Calculate the total of the planned quantity of the planned data corresponding to the key codes that have been continuously input and display it on the display unit 8, and display the actual data that has been input by the keyboard 6 corresponding to the key codes that have been continuously input. The total of the actual quantity is calculated, it is judged whether or not the total of the planned quantity and the total of the actual quantity match, and if they match, the input actual data is stored in the actual data file 3b, When they do not match, an error display indicating that they do not match is displayed on the display unit 8 so that the data of the number of goods in and out can be input. , It is possible to take the check to the reservation number data. In addition, it is possible to collectively input the number of goods in and out for the same product.

Therefore, when the operator of the handy terminal makes an input, if the planned entry / exit quantity data does not match the actual entry / exit quantity data, an error display is displayed on the display unit 8 to indicate the entry / exit quantity. It is possible to take measures such as re-inputting data immediately, and also to input and output the number of goods in and out data for multiple slips of the same product collectively to improve the operability. You can

[0040]

As described in detail above, according to the present invention,
A handy terminal that allows confirmation of the planned incoming / outgoing quantity data when entering the incoming / outgoing quantity data, and the batch entry / exit quantity data for the same product can be entered together, thus improving operability. Can be provided.

[Brief description of drawings]

FIG. 1 is a block diagram showing a circuit configuration of essential parts of an embodiment of the present invention.

FIG. 2 is a diagram showing the configurations of a scheduled data file and a performance data file of the same embodiment.

FIG. 3 is a diagram showing a flow of a loading / unloading process of the embodiment.

FIG. 4 is a diagram showing a flow of a key code input process of the embodiment.

FIG. 5 is a diagram showing a structure of a past result data file.

[Explanation of symbols]

1 ... CPU, 3a ... Scheduled data file, 3b ... Actual data file, 6 ... Keyboard, 8 ... Display device, 10 ... Buzzer, 12 ... Bar code scanner.

Claims (2)

[Claims] 1. A storage / receipt scheduled quantity data storage means for storing the scheduled receipt / delivery quantity data corresponding to the slip code transmitted from the external processing device, a slip code input means for inputting the slip code, and a receipt / exit quantity of the product. Data input means for inputting data and a registration instruction, and planned storage / receipt quantity data stored in the scheduled storage / receipt quantity data storage means corresponding to the slip code input by the slip code input means. By the entry / exit quantity data determining means for determining whether or not the entry / exit quantity data entered by the data entry means after the entry of the slip code by the slip code entry means match, the entry / exit quantity data decision means Provided is notifying means for notifying the discrepancy between the planned entering / leaving quantity data and the entering / leaving quantity data. Handy terminal characterized by that. 2. A planned storage / receipt quantity data storage means for storing scheduled storage / receipt quantity data corresponding to the slip code transmitted from the external processing device, a slip code input means for inputting the slip code, and the slip code input means. When a plurality of slip codes for the same product are continuously input by, the total planned quantity data for calculating the total of the planned warehousing / dispatching quantity data stored in the warehousing / scheduling quantity data storage means corresponding to the plurality of slip codes The calculating means, the data inputting means for inputting the goods receipt / delivery number data of the product and the inputting of the registration instruction, and the data after the slip codes of the same product are continuously input by the slip code inputting means. Total actual data calculating means for calculating the total of the incoming / outgoing quantity data of a plurality of the same products continuously input by the input means, and the total schedule Total data determining means for determining whether or not the total data calculated by the number data calculating means and the total data calculated by the total actual data calculating means, and the total schedule by the total data determining means A notification means for notifying that the total data by the number data calculation means and the total data by the total actual data calculation means are inconsistent, and the total planned number data calculation means by the total data determination means When it is determined that the total data and the total data by the total actual data calculating unit match and when a registration instruction is input by the data input unit, the plurality of slip codes are associated with each other. An incoming / outgoing quantity data storage means for storing incoming / outgoing quantity data, and an incoming / outgoing quantity data Stored in said memory means a plurality of slip codes and handy terminal, characterized in that a data transmission means for transmitting said plurality of goods movements number data corresponding to the plurality of document code to the external processor.