JPS58114157A - Totaling system for every time zone - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a time period accumulation method for accumulating input data for each time period.

Conventionally, in electronic registers equipped with a function to #kItt input sales data by time of day, the time interval between i% hands is constant, so even in a grocery store where many customers gather in the evening, the time interval is constant. Cumulative totals for each time period are performed at time intervals of . For this reason.

There was an inconvenience that it was not possible to manage the sales total for a specific time period in more detail.

The invention was made based on the above circumstances.

The purpose of this is to provide a time zone cumulative method that allows time management by further dividing only specific time zones in a fixed time zone system of one hour intervals into detailed time intervals. It is.

An embodiment of the present invention will be described below with reference to FIGS. 1 to 4. FIG. 1 shows a schematic system configuration diagram of an electronic register. In the figure, the reference numeral l is an input section, and this human input 9151 receives a timing signal K from I/(J port 2
When P is input and a key is operated on the input section L, the timing signal KP is selected in accordance with the operated key,
The key input signal KI is input to the input buffer IB connected to port 2 of 110. The I/(J boat 2 has one display buffer HB in addition to the input buffer IB.

A print buffer PB is provided, and a display...The print buffer PB is provided in the display section 3, and the print buffer PB is provided in the print section (4).
The display section 3, which is connected to the I10 port 2, displays amount data and the like in accordance with the digit signal DG from the I10 boat 2 and the segment signal 8G decoded by the data in the display buffer HB. The printing section 4 also receives a printing position signal T from a printing drum (not shown) provided therein.
P is sent to I/(J boat 2), and from I/L port 2, print position signal TP and print buffer PB are sent internally.
The print drive signal M01 generated by matching the data in
Send it to Print@4 and print the amount data etc. on the recording paper.

Also, code 5 is the CPU, and this C)'US is X.

It is provided with registers Y, 2%m, n, and f, and is connected to an I10 port 21 total memory 6 and a clock circuit 7 via a dedenitor path DB and an address bus ABjk.

Then, the R/W signal is output from the CPU 5 to the I10 port 21, the total memory 6, and the clock circuit 7, and the chip designation signal C8I is output to the total memory 6, and the chip designation signal C8Ti is output to the clock circuit 7, respectively. Then, data is exchanged between the CPU 5, the I10 boat 2, and the total memory 6, and the data is sent from the clock circuit 7 to the CPU 5. The clock circuit updates the current time data every second, and the current time data is stored in the leaked TM register.

FIG. 2 shows the operation keys provided in the input section 1, including a number key group 81, a department key group 9, a current/retention key 10a, a subtotal *-10b, and a function key group 10c.
In addition to "RgG (registration)".

rl-1, EF (return)'', rsgT (setting) J, rX
A mode switch l'1 is provided for specifying each mode of ``(inspection) J'' and ``rZ (payment)''. In addition to this, the input section IK&! Start time key 12. Used when presetting data in the dark zone. End time key 1B.

END$-14 and 2nd+-15 are provided.

&3 Figure shows time period memories 6a, 6 in the total memory 6.
6. Each storage area specified by the row addresses O to 15 in a is a memory area S which stores the start time data of each time period, and a memo for each time period. A storage area E for storing end time data, a storage area F for storing flags indicating whether or not to divide the time period into more detailed time periods for cumulative totals, and a storage area F for storing end time data for the time period. A storage area M is provided for storing the total sales data. In addition, each storage area specified by the row address θ to 15 of the time period memory 6b includes a storage area Sm for storing start time data of each time period, and a storage area Sm for storing start time data of each time period, as in the time period memo IJ 6a. A storage area Km for storing end time data and a storage area M1 for storing the total sales data registered in that time period are provided.

The operation of this invention will now be explained. first.

Set time slots in 1-hour intervals from 7:00 a.m. to 10:00 p.m. in time zone memo +76a, and set time zones in 1-hour zone memory 6b at 5-minute intervals from 4:30 p.m. to 5:30 p.m., when there are many customers. The time zone shall be set in .

In this case, mode switch lsk j8ETJ motor °
and press the numeric keys (0) (7) (0) (Q),
Start time key 14 Electronic number key (0) (8) (0) (
0), End time key 1B, Number key (01(9) (0
) (0), end time key 13. ......Number key (2) (2) (0) (0), end time key 1 B,
If you operate END$-14 sequentially, 6m of memory per hour
7 in the storage area Em specified by row addresses 0 to 14.
The start time data of 00 to 2100 are sequentially stored in the storage area E, and the end time data of 80ON2200 is sequentially stored.

Next, the position number * − (x) (s) (1) (0), 2 n
a*-ls.

Start time key 12. fl numeric key 1 ) (s) (
a) (s) - End time key 13. Number key (1) (
6) (4) (O), End time key 13...Input - (1) (7) (3) (0), End time key ts, KNUs-14tll ['eK, operation j4 Start time data 1630 to 1725 are stored in the storage area S1 specified by row addresses θ to 11 of the hourly memory 6h, and end time data 1635 to 1730 are stored in the recording area Km. Furthermore, when the end time key 13 is operated after the 2nd $-15 operation, the end time key 1
By the operation 3, it is searched to which time zone the specified time zone data belongs in the time zone memory 6a, and 7lag 1'' is stored in the storage area F corresponding to the searched time zone. That is, 7 lags l'' are stored in the storage areas F corresponding to the time zone data 1600 to 1700 and 1700 to 1800 of the one hour zone memo IJ6a, respectively.

#After setting the time zone data as described above, set the mode switch 11 to rRBGJ mode and register t! for the customer. -Start. Then, when the registration for the - customer is completed, when the present/reserve key 10a is operated, the operation according to the flow shown in FIG. 4 is executed. That is, in the execution of step S1, the current time data stored in the TM register of the clock circuit 7 is transferred to the X register of the CPU 5. Next, the process moves to step 8m, and °0'' is written to the m register of the CPU 5, and is set to the initial value.The process then moves to step 8m, where the storage area of the time zone memory 6a specified by the contents of the 1m register is stored. The end time data of (Eh) is transferred to the X register of PU5.

Next, the process moves to step S4, where it is determined whether the end time data stored in the X register is greater than the current time data in the It is assumed that the time has elapsed, and the process moves to step SS. In step Sm, l'' is added to the contents of the m register.Next, the process moves to step 8s, and it is determined whether the contents of the 1m register are greater than '''M' (M=14 in this embodiment). If the process is executed and it is judged as negative, it is assumed that the storage area E for the time zone memo IJ 6 m has not been specified yet, and the process proceeds to step 8 m.
Return to If it is determined in step S4 that the 5 end time data of the X register is greater than the current time data of the X register, step S y <"4. At snap 8T.

Time zone memo IJ specified by the contents of the m register
The start time data stored in the 6 m storage area SA) is transferred to 2 registers of the CPU 5. Next, the process moves to step Ss, where it is determined whether the current time data in the X register is greater than or equal to the start time data in the Z register, and if it is determined not, the process moves to step 7''S-.The step S - for the item number for which the contents of the m register are greater than "M", the process moves to step S. Since the current time data of the X register does not belong to the time zone in the time zone memory 6a, the manipulated current time data The stored key 10a is treated as an erroneous operation.

4tT In step Sm, the current time of the
K moves. In step 81, total sales data for the customer is stored in the storage area MA of the time zone memory 6a specified by the contents of the 1m register. Next, the process moves to execution of step 8st.

Storage area F (b) specified by the contents of the m register
The contents of are transferred to the f register of the CPU 5.

Next, the process moves to step 8st, and a judgment is made as to whether or not a flag ``l'' for performing detailed cumulative totals by time zone is stored in the f register.If it is judged as YES, step 8tsl is executed.
C is born. At step 8ts, @0'' is stored in the n register of the CPU 5 and initialized. Next, the process moves to step 814, and the storage area Em(n) of the time zone memory 6b specified by the n register is stored. End time data is transferred to the X register. Then step 8u
Move on to execution.

A judgment is made as to whether the end time data of yt, z-, y star is greater than the current time data of the X register.
If it is determined to be 8, the process moves to step S16. Step S
In l@, the start time data of the storage area S*(n) of the time zone memo IJ6b specified by the contents of the n register is transferred to the Z register 2). Next, the process moves to step 8s, and the current time data in the X register is set to Z.
A judgment is made as to whether or not the start time data of the register is greater than or equal to the start time data.
) is determined to not include the current time, and the process moves to step 81m. If it is determined in step SSS that the current time data has passed the end time data of the Y register, the process also moves to step 8ss. Step 8
At 1g, "1" is added to the contents of the n register.

Next, the process moves to step 8■, and the contents of the n register are -N-
(In this embodiment, N=ll) is judged, and if it is judged as negative, the designation of the storage area E for the time zone memo IJ6b has not yet been completed. It is determined that the process has been completed, and the process returns to step 81a.

If YES is determined in step 81y, X
The current time data of the register is stored in the storage area 5l(n), E
It is determined that the time zone is included in the time period m (n), and the process moves to step Smo. In the execution of step Sso,
Storage area M (1) specified by the contents of the n register
-Total sales data for customers is added to 1).

After this, step S! Move to 1. Flag 01 for performing detailed cumulative totals by time period in the F register in step 8tm.
If it is determined that there is no memory of ``N'', or if it is determined in step 819 that the contents of the n register are greater than ``N'', the process moves to step Sat. Step S
! 1, the sales total data for -customers is added to the cash total memory in the total memory 6. Then step S
Moving on to the execution of step o, the printing unit 4 prints various information such as the total sales amount, deposit, and change.

For example, at 16:43, the current/custodial key 10
When you operate a, the total sales for one customer is stored in the storage area M specified by the row address 9 of the time period memory 6a and the storage area Ml specified by the row address 2 of the hour period memo 116b. Data is accumulated.

Note that in the above embodiment, time zone memo 1J6L6b
Although the start time and end time are input when setting the time zone data, the start time and time interval may also be input.

In addition, the memory 6b for each time period stores continuous time periods from 1630 to 1730, but is not limited to this. For example, the time period from 1630 to 173 o,
It is possible to set multiple time zones at arbitrary time intervals, such as by setting time zones at 1a minute intervals between 00 and 1.

Also, in the embodiment described above, a specific time-FIF.

Although the specification is made by storing 7 lags in the storage area F of each time period of #41#, the method of specifying a specified time period is not limited to this, for example, the specified time period may be specified by specifying the start time and end time of a specific time period. It may also be possible to specify it by storing it in the storage area of .

As explained above, according to the present invention, ≠ and customer point -1.

A first storage means having a storage area classified by time period classified into MfI number of time periods, and a specific time period of this first storage means classified into a plurality of time widths different from the time width of the said time period. a second storage means having a storage area for each time zone; a timekeeping means for counting the current time;
a first accumulating means for reading out the current time and totaling the r series of data in a storage area corresponding to a time zone in the first storage means in which the current time is included; and at the time of this accumulating.

and determining means for determining whether or not the corresponding time slot falls within the specific time slot.

, when it is determined that it is the specific time period, Il! III. A time zone cumulative method comprising: a second cumulative totaling means for totaling the previous r data in a storage area corresponding to the time zone in the @2 storage means in which the current time is included; 1%; You can select a certain time period and manage your time in more detail. Therefore, for example, in a grocery store where customers travel throughout the prefecture in the evening, it is convenient not only to perform cumulative totals by time period at regular time intervals, but also to perform detailed time management of customers' ◆ middle time periods.

[Brief explanation of the drawing]

Figures 1 to 84 show one embodiment of the present invention, Figure 1 is a schematic system configuration diagram, Figure 2 is a plan view of the input section,
I! Figure 3 shows the format of memory by time zone, Figure 4 shows 7.
This is a G+- chart. 2...I10 boat, 8...Number key group, 9
...1st group of junior high school students by department, 10...Current/retained key,
11...Mode switch, 12...Start time key. 13... End time key, 14... END key. 15...2nd key. Figure 2 Figure 3

Claims (1)

[Scope of Claims] A first storage means having a time period storage area classified into a plurality of time periods, and a specific Q interval of the first storage means that is different from the time width of the time period. @2 storage means having a storage area classified by time zone into a plurality of time widths; a timekeeping means for counting the current time; and when data is input, the current time is read out and the current time is The first included
a first accumulating means that aggregates the data 1 in a storage area corresponding to a time period within the storage means; and at the time of this accumulating. a determining means for determining whether or not the corresponding time zone is in the specific time zone; and storage means in +111=#2 that includes the current time when it is determined that the corresponding time zone is in the specific time zone; and a second accumulating means for accumulating 11JW data in a storage area corresponding to a time period within the time period.