JPS582967A - Electronic cash register - Google Patents

Abstract

PURPOSE:To ensure the preset change of information, by displaying information, which is set before a preset operation, also during the preset operation in the electronic cash register for the register processing of goods sales data. CONSTITUTION:When new information such as data and codes are preset, this new set information as well as set information, which is preset before this preset operation, are reported on a printer 23 and/or a display 3. Consequently, preset information before the preset operation and new preset information are shown during the preset operation.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an electronic cash register and cash register which glissade information such as data and codes and register product sales data based on the grissed information.

Conventionally, in this type of electronic cash register, for example, the unit price can be preset for each department. 4. A register is known in which, when a unit price is changed, only the newly changed unit price is displayed or printed out to notify the user.

However, for something like this, there is no indication of the newly changed unit price! Although it is possible to notify with a lint screen,
Until now, there has been no notification of unit prices that have been reset, and as a result, it is not possible to compare and consider the unit price before and after the change during the reset operation, which has led to problems with the reliability of the operation. There was a problem.

This issue was made to solve this problem, and during preset operation, the information that was previously reset and the information that will be newly preset are displayed or notified by glint. You can always check the previous information and preset new information! One object is to provide an electronic carriage, Resos I, which is fastened by reliably performing reset changes.

An embodiment of this phenomenon will be described below with reference to the drawings.

Figure 1 is a perspective view showing the external appearance, where 1 is a casing and 2 is a drawer device mounted 11K below this casing. The front of the housing 1 includes a display section 3, a key -P section 4, a control switch 5, a receipt issuing port 6, and a journal inspection I1.
There is one group set up. The display section 1 is provided with a numeric display such as a #'i department code, gold chain, etc., as well as display elements that indicate the status Il of each IIIwII such as registration, setting, small hand, and total. Fi happy 2m in the middle-L-do part 4
As shown in 1, roOJrOJrlJ ~ "9" numeric key 41, rol" ~ "15" in department -41, rCJ clear key 41, "change" in exchange -44, "◆" bank key 45 , r PLU J12) PLU key ms, "small needle" subtotal + -4F, "v current total" closing key 4#, etc. are provided. The control switch j#i selects and sets the business mode to each mode of "setting", "registration", "inspection", and "accounting". - Various processing programs 2 are successively displayed by operating each key on the computer 4.

Iris Bm is a professional diagram showing the basic circuit configuration, and 11 is C.
A PU (Central Processing Unit), this cpυ11 has a built-in arithmetic circuit, instruction, decoder, memory control circuit, etc., and operates based on the signal from the control switch 5 and the human power signal for each key from the key gate 4. Each calculation processing unit, memory s12, and input/output unit 13 are operated. The storage unit 12 performs the next processing in response to each input signal! ROM (read-only memo) 14 that stores fixed data such as programs, etc., and ROM 14 that stores variable data such as product sales prices, product classification symbols, sales quotas, total sales points, etc. (Run Im・
It is equipped with an access method (JJ). The RAM
1j has various totals II J sl, number buffer memory 15M, display buffer memory 111. f Lindopa Sugafa Memory Jg4.8mu V-Area IIj% Fairy Tales 7 Lag Memory 15d1 Setting Flag Memory 151, Unit Price by Department!
A reset memory IJ1 and the like are provided. Said ROM
Data in J4 and RAM-1j are at address Δ
the CPU 11 through the bus 1d and the data path 11.
Information is exchanged with each other, and the address selection is performed via the address decoder 18.1#. The input/output @11 is connected to the CPUJJK*7'E I/l) via the address path 16 and data path 11, #! The main unit 1a is provided with a key 1, a key is 1, a relay control circuit 11, and a link control circuit 22. -Note I10 $-) xo is connected to the control switch 5, and the business mode selection signal from the control switch 5 is supplied to the CPU JJK. The key de display control circuit 21 connects the key hand 4 and the display unit 1 so that the key input signal from -Y4 is connected to the cPυ
In addition to supplying the CPU JJK, the display buffer memory iss of the IAMJj also outputs the called display data to the display s1.The glitter control circuit 22 connects the printer 21. ,
- the CPU J 1) the fLAM J j
The printer is called from the printer memory 154 and outputs the next printer to the printer 2J.

When the "registration mode" is set with the control switch 5, the CPU J 1 performs normal denominator processing based on the key human power signal from the key gate 4, that is, converts the product sales data into a % total by department, a totalizer by transaction, and a totalizer by transaction. Various totalizers 151 including meters etc. accumulate the sum, display it on the display section IK, print it out on a receipt and paper sheet using the delinter 21, and issue a receipt.

The CPυ11 is set to "Inspection mode" with the control switch 5.
When the ``do'' is set, the data that is accumulated in the various totalizers 1!1 by key I-do 4, for example, from the key 1-1, is sequentially called up and the receipt and glossary are generated in the greeno 111.・The CPυ11 is controlled to print out the ``Payment Basket'' with the control switch 5.
Once the mode is set, the IK is set to ``inspection mode 1'' and the key 41 is manually used to sequentially call up the data stored in the various totalizers and print them out on receipts and journals using f9 and printer J1. And finally, control is performed to clear the various totalizers 111. That is, this settlement am is a miss performed after the completion of one day's registration aS, for example.

The CPυ 11 is configured such that when the control switch 5 is set to a "setting mode", various memory settings in the RAM J 5 are performed in response to a key manual signal from the Φ- key 4. A departmental unit price preset memory 151 is provided in 411 corresponding to each department key, and the unit price preset for the unit price reset memory Ill is controlled as follows. At this time, the key input from the center key 4, particularly the key input from the department key 42, is processed as shown in the flowchart of FIG. When the department key 42 is pressed manually, the control switch 5 checks whether the "setting mode" is set, and if it is not in the "setting mode", another business process is performed. ”, then check whether the setting flag memory JjF is set and the unit price is being set. is set in the "setting mode" by manipulating the numeric keys r I J and -45 in φ to declare the unit price setting. If the unit price is being set, the next step is to check whether there is already enough manpower. And if the number of manpower is achieved, the key manpower for this department will be the unit price of the department! Judging that it is a reset F declaration, it saves the declaration 7 ladder memory 15# and operates it to save the department code corresponding to the friend department to the shvw area Ill, and also saves the department code corresponding to the friend department's unit price pre-4
Since the unit price that has already been set in the memory xixt1c is recalled and displayed on the display unit
If there is a numeric input, then check 11g for the declaration flag, and if the declaration flag IJ6 is not set, it will be treated as an error. Check whether the Oml gate code matches the department code of the operated department key. If it doesn't match, it will be treated as an error, and if it matches, it's up to now! Lyceum, 19 unit price data (l
Ei data) and the newly preset unit price data (new data) are displayed on the display section 3 and printed out on a receipt by the printer 11. Then RAM
J j's corresponding department unit price grid memory All
The content of is changed to new unit price data, and finally, the stationary mold 7 lag memory 15- is reset.

Therefore, for example, if a unit price of 100 yen has been preset in the "01" category and a unit price of 200 yen in the "02" category, and you want to change the IK to 120 yen and 250 yen, respectively, the key operation and display of , the relationship between the printouts is shown in (1), 佽), and (・) in the 5th iris diagram.

That is, the unit price setting is declared by operating the numeric key 41 rlJ and the number key 45, and the setting flag memory 151 is set. Then, operate the department key 42 as "01" and
1” Declare the unit price preset for the department. As a result, the declaration flag memory 15- is set, and the department code and the previous preset unit price of 100 yen are called up and displayed. Next, enter the new unit price of 120 yen and enter “
Operate the "Ol" key. For this, the unit price at this meeting is 100
The yen and the temporary unit price of 120 yen are displayed side by side on the display 111, and the cash register) KllIvCf is printed out. In the printout, the letters rPJ are added to the new unit price. Next, press the department key as "02" to declare the unit price reset for the rO2J department.

As a result, the positional hook memory 15- is loaded and the department code and current preset unit price of 200 yen are called up and displayed. Next, by entering the fasting unit price of 250 yen and operating "02" again, the previous unit price of 200 yen and the new unit price of 20 yen are displayed side by side on the display section 1. The receipts will be printed out one after another. And finally, the unit price with exchange key 44!
Declare the end of the reset F operation and lock the footer while setting 111
Clear.

In this way, when resetting a new unit price for Kll Gate, the unit price that was preset in the current bottle will also be displayed on the display I11 and will be printed out on the receipt using l link 11, so the preset price will always be the same as before. You can preset a new unit price while checking the previous unit price, and you can more reliably change the unit price list.

In addition, in the above embodiment, the previous! The new Grise unit price along with the reset unit price will be announced on both the display section 1 and the l link 21. This is not necessarily limited to this, and it may be either displayed or printed out. .

Regarding the display on the display unit 1, in the embodiment described above, the old preset unit price and the new preset unit price are displayed side by side, but the invention is not limited to this, for example, (a) @ (b) in Fig. 6. a When a departmental unit price is declared preset by operating the department key alone, as shown in (), the old unit price will be displayed, and the subsequent fasting with the number-2 and department key will be displayed. When there is a preset unit price input operation, the new! (Reset) You may display only the unit price.
Note that the printout on the receipt is the same.

It should be noted that the above embodiment describes that it is OK to apply Hitoshi's invention to the unit price reset process, but is not necessarily limited to this; for example, - rate, register number s PLυ (f price・Look av f)
For example, to preset a product name code, use the numeric key 41 and department key 42, and use a combination of these two to specify a character. Grogram to 1
For example, r01JII = (02,01) force (02,6
)P(02,01)-(02,0)U(04,γ) has been reset until now.
,0B)In(02°2)In(04,04)K When changing Kn as shown in (a) = (b) *'(-) in 1117 figure. In other words, "2" on the numeric key 41 and - in φ
4J to declare the setting of the product name code, and then press the department key 4.
2 as "01" to declare the department to be changed. Due to this, the product name code P (21, 26, 21° 20.4
7) is displayed on the display section 1. In FIG. 7, "ma" indicates a department key, blank indicates a numeric key, "." indicates a character delimiter, and "," indicates a product name delimiter. Next, operate Suchu-45 to declare the department product name code.

Next, the name of the product to be newly preset, that is, wine, is input in sequence using a combination of two of the department key 42 and number key 4J. In the display section 1, the digits are raised sequentially, and the wine product name code is displayed starting from the lowest digit and ascending in sequence. Then, when the input operation of the wine product name code is completed, Naky 45 and department "01" are entered.
By operating the key to declare the end of product name code reset, only the product name code for fasting wine will be displayed, and the printer 21 will print the 7th H (
・) As shown in ), the new product name is printed out sequentially along with the old product name.

In this way, the product name code for this invention! reset) 4611
It can also be applied to

As described in detail above, according to the present invention, information such as data and codes is reset, and product sales data is registered and returned based on the reset information.
In order to print the contents on a printer and display them on a display, an electronic cash register is used.
When information such as data and codes is newly preset, the setting information that was previously reset is notified to the printer and/or the display O, along with other setting information. Information that was preset in the trench during Griset operation and new information this time! It is possible to display or print out the information that will be reset, etc., and by constantly checking the previous information and resetting the new information, you can make sure that your own information does not change. It is possible to provide electronic cash registers and registers.

[Brief explanation of drawings]

Figures 1 to 5 show one embodiment of the present invention. Figure 1 is a perspective view showing the external appearance, Figure 1112 is a key-P diagram,
Figure 3 is a block diagram showing the basic circuit configuration, Figure 4 is a flowchart showing the department key manual O processing process, Figure 5 is a diagram showing the relationship between key operations and display changes 1 printouts, Figures 6 and Fig. 7 is a diagram showing the relationship among key operations, display changes, and print acts in another embodiment of the present invention. ...Number key, 42...Department key, 45...φ key, 11...CPU (Central Processing Unit), 14...ROM (Read Only Memory), 15...RAM ( random access memory), 11&...8AVI area, 15C...
・・Declaration 7 Lagme Kamori, 158・・Single 1llI by section
llyse, tomemory. Applicant's agent Patent attorney Takeshi Suzue Hikome Rorohime
Rororo Diagram Circle Hi” day lul enclave day day

Claims (2)

[Claims] (1) Information such as data and codes! Based on the reset information, the product sales data is registered, and the contents are printed out with a link and displayed on the display using an electronic keypad.
If you have newly reset information such as data and boot in the register, you will need to add the new setting information as well as the setting information that was reset in the register above.
1. An electronic middle player V Lujistar characterized in that a link and/or a display are used to notify the user. (2) Before resetting information such as routers and codes, a preset declaration signal is input, and when the declaration signal is input, setting information that has been reset in advance is notified. An electronic cash register and cash register according to claim 1, characterized in that: