JPS61720A - Registration of electronic fare indicating balance - Google Patents

Abstract

PURPOSE:To indicate precisely a sales amount, by adding data as a classification item ''miscellaneous'', when registering without an access weighing of the price look-up (PLU) memory or recording and registering without an access of the PLU memory. CONSTITUTION:A PLU memory is installed and upon weighing, various data are printed on a label corresponding to the content and data when registration is made without an access weighing of the PLU memory or weighing and registration are made without an access of the PLU memory are added as a classification item ''miscellaneous'' in a free memory independently of the summary data. By these procedures, a sales amount as the miscellaneous classification can be indicated precisely and conformity with the gross summary can easily be realized and setting of a general term in the fully memory is available and consequently, an apprehensive label can be obtained.

Description

DETAILED DESCRIPTION OF THE INVENTION Technical Field of the Invention The present invention relates to a registration method for an electronic fare scale that is equipped with a large number of PLU memories and that issues labels.

Technical Background and Problems In conventional electronic price scales of this type, when registering without calling PLU (a so-called price lookup in which the corresponding unit price and other data are called by entering a product code), is not stored in the total memory, but is stored in the total memory.Therefore, the total of the total memory and the contents of the total memory do not match.In addition, as for other models, PL
It is not possible to register without calling up the U memory, and a method is being adopted in which a part of the PLU memory is used as miscellaneous department memory.

Purpose of the Invention The present invention clarifies the sales of the miscellaneous department by registering the data in a separate free memory when miscellaneous departments that are not recorded in the departmental total memory, and furthermore,
The purpose of the present invention is to provide a method for registering electronic price scales that allows a generic name group to be attached to products in miscellaneous departments. - Summary of the Invention The present invention provides a free memory that is provided separately from the total memory when registering without calling up the FLU memory and performing measurement, or when registering after weighing without calling up the P'LU memory. Since the data is registered using the system, it is possible to clarify the sales as a miscellaneous department, and it is also possible to match the total with the total memory.
In free memory, since it is possible to add a generic name to a product, the label is configured so that the contents can be easily understood by printing this on the label.

Embodiment of the Invention First, a mounting tray 2 is provided on the upper part of the electronic price scale 1, and a label printer 3 is provided on one side of the tray 2. A keyboard 5 on which a large number of keys 4 are arranged is provided on the front side of the electronic fare scale 1. A free memory key 6 exists within this. Further, on the lower front side of the electronic fare scale 1, there is a zero switch 7, a mode changeover switch 8 for switching the label issuing mode between automatic and manual. Mode changeover switch 9 for switching label issuance between weighing and fixed amount
, a registration mode changeover switch 10 is provided. Furthermore, a label issuing port 1 is provided on the front of the label printer 3.
1 is formed with an opening.

A support 12 is erected on the back of the electronic fare scale 1, and a display 13 is attached to the top of the support 12. This display 13 includes a weight display section 14,
A unit price display section 15 and a price display section 16 are respectively formed. Further, a remote key device 17 is connected to the side surface of the electronic fare scale 1.

Next, electrical connections will be explained based on FIG.

First, C:PU18 has ROM19, RAM20, A
DC21 and I10 block 22 are about to be connected. A load cell 23 of the electronic fare scale 1 is connected to the ADC 21. The I10 block 22 also includes a zero switch 7° mode changeover switches 8 and 9.
, a label printer 3, a journal printer CMT interface 24, and a display circuit 25 are connected. A remote key device 17 and a front keyboard 5 are connected to this display circuit 25.

Moreover, what is shown in FIG. 3 is the ROM 19, the RA
This shows the contents of M2,0, and a free memory 26 area is set in a part of the RAM 20. The contents of this free memory 26 are as shown in FIG. 4, and have areas such as a miscellaneous department code, a generic name group of free items, a total amount of free memory, the number of free memory registrations, and a total weight of free memory.

Next, the operation will be explained based on FIGS. 5 to 14. First, the main flow will be explained with reference to FIG. After the start, a motor check is performed, and then various front switches of the electronic fare scale 1 are checked. Confirm that it is not in registration mode and check whether there is new data on electronic fare scale 1. If there is new data, it will be processed, followed by auto-zero processing, data read from the quartz timer, and gross calculation. Then, check whether there are other keys and perform the corresponding processing 6. Then, perform net calculation (subtract tare weight from gross weight), auto clear, and if price calculation is necessary, net The price is calculated by multiplying the weight by the unit price, and the lower digits of the price are rounded and displayed. Then print the label.

Add registered data and return.

Next, the contents of the registered data addition in FIG. 5 will be explained based on FIG. 6. In this case, it is assumed that the electronic fare scale 1 is used for weighing. If there is registered data, it is added to the total memory. and,
It is checked whether or not there is a call to the PLU memory, and if there is a call, the weighing data is added to the PLU memory, and if there is no call, the weighing data is added to the free memory 26.

Further, the contents of the key processing in FIG. 5 will be explained based on FIG. 7. In this case, the setting mode instead of the registration mode will be described later. Therefore, when the number keys are not operated in the registration mode, the state of the PLU key is checked. When this PLU key is not pressed, it is another key operation, but when the PLU key is pressed, the free memory 26
It is selected whether a call is made to the PLU memory or a call to the PLU memory is made. When this PLU memory is called, a unit price display is set.

Next, when returning to the previous page and pressing a number key in the registration mode, if there is a call to the PLU memory, the process returns, and if there is no call to the PLU memory, a check is made to see if there is a call to the free memory 26. It will be done. If this free memory 26 is not called, PL
Input the contents of the numeric keys into the U code buffer, display the PLU code, and enter the FLU call mode. When the free memory 26 is called, the contents of the numeric keys are input into the unit price buffer, the unit price is displayed, and the unit price is set.

Next, the flow of the setting mode, which was not explained in FIG. 7, will be explained. If the PLU key is pressed, the PLU
The set flag is turned on, the PLU code set is displayed, the set counter is set to 0, and the process returns.

Further, if the free memory key is pressed, the free memory set flag is turned on, the free memory set is displayed, the set counter is set to 0, and the process returns.

Furthermore, if a number key is pressed and the FLU set flag is 1, the set counter is checked as shown in FIG. 9, and the P
Enter the LU code, product code, unit price, and valid days, shift the display, and return.

Next, if the free memory set flag is 1, a set counter check is performed as shown in FIG.
The number of settings is 1. If so, return, and if it is 0, input the product code and shift the display to 0. Then, when the free memory set flag is O, other numeric key processing is performed and the process returns.

Also, in Fig. 8, when the enter key is pressed, P
Look at the LU set flag, and if it is 1, perform a set counter check flag as shown in Figure 11, and set the PLU
Set the code in the back memory and display the product code set, set the product code in the back memory and display the product name set, set the product name in the back memory and display the unit price set, set the unit price in the back memory and enable it. The number of days is displayed as a set, 1 is added to the set counter, and the process returns. Additionally, the valid days are set in the back memory, the data is set in the FLU memory, the flag is cleared, the initial display is displayed, and the process returns.

Furthermore, when the enter key is pressed, the PLU set flag is O, and the free memory set flag is 1, the set counter is checked as shown in Figure 12, and if it is 0, the product code is stored in the back memory. , display the product name as a set, and display 1 on the set counter.
Add.

Also, the set counter is checked, and if it is 1, the product name is set to the back memory, data is set from the back memory to the free memory, the initial display is performed, and the process returns. Then, when the free memory set flag is O, other enter key processing is performed and the process returns.

Furthermore, in FIG. 8, when a character key is pressed, the FLU set flag is checked, and when it is 1, the set counter is checked as shown in FIG. 13, and when it is other than 2, the return is returned. If it is 2, input the product name, increment the character counter, and return. Then, when the PLU set flag is 0, the free memory set flag is checked,
When this is 1, perform a set counter check as shown in Figure 14, and if this is 0, return.
If it is 1, set the generic name, increment the input counter, and return.

Effects of the Invention The present invention has a PLU memory as described above and prints various data on a label based on the contents at the time of measurement, and when registering without calling up the FLU memory and performing measurement, Alternatively, the data when weighing and registering without calling up the FLU memory is added as a miscellaneous department to a free memory that is separate from the total memory, so sales as a miscellaneous department can be clarified. It is also easy to match the total,
You can also set a generic name in free memory, so
This makes it possible to obtain labels that are easy to understand.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; FIG. 1 is a perspective view, FIG. 2 is a block diagram, FIGS. 3 and 4 are ram maps, and FIGS. 5 to 14 are flow charts. 1...Electronic fare scale, 26...Free memory application
People Tokyo Electric Co., Ltd. 3 figures

Claims (1)

[Claims] In an electronic price scale that has a large number of PLU memories consisting of product name, product code, unit price, valid days, etc., and prints the product name, unit price, weight, amount, etc. on a label based on the contents of the PLU memory at the time of weighing. , said PL
When registering without calling the U memory and weighing, or when registering by weighing without calling the PLU memory, the data is added as a miscellaneous section to the free memory provided separately from the total memory. Features: How to register electronic fare scales.