JPS60980A - Report dispersing printing system - Google Patents

Abstract

PURPOSE:To rapidly publish a PLU report, by a method wherein a plurality of electronic cash registers are connected to a console to store the data of each cash register in the console and a part thereof is transmitted to each cash register to be printed by each cash register and the console. CONSTITUTION:A plurality of electronic cash registers 1, 2, 3 respectively having printing means are connected to a console 4 having a printing means by lines 5 and data of the cash registers 1-3 are sent to the console 4 to be stored therein while the data from the console 4 are transmitted to the electronic cash registers 1-3 and a report is printed in a dispersed state by using the printing means of the electronic cash registers 1-3 and the console 4.

Description

[Detailed Description of the Invention] Technical Field The present invention relates to a report distributed printing method K131J for an electronic cash register used for sales management such as store openings and money management.
do.

BACKGROUND ART In the conventional consolidator system, if the PLU7 isle in which Shihongunun is stored exists only in the consolidator, the PLU report is printed only in the final and final stages. Therefore FLU
It took 9 hours to print the report.

Purpose An object of the present invention is to solve the above-mentioned technical problems and to provide a report distributed printing method in which reports and the like are divided and printed using a consolidated or revised electronic cash recorder.

Structure and effect of "Sales" The present invention provides a plurality of electronic cash registers each having a printing means, and a printer having at least one printing means, and stores data of Tani Yoko-style planning and recording. When data is stored in the console and printed, a portion of the stored data is transmitted to each electronic cash register and printed in multiple tones using the printing means of each electronic cash register and console. It is a report collection l:lJ academic ability formula that is characterized by:

According to the present invention, the time required to issue a PLU report can be reduced.

Embodiment FIG. 1 is a diagram showing the entire system of an embodiment of the present invention. The electronic cash registers 1 to 3 are connected to the consolidator 4 via a line 5.

FIG. 2 is a front view of the keyboard that is included in the console 4. The keyboard of the console 4 is equipped with a mode switch 6 for switching between 11 operation modes, a numeric keypad 7 for inputting data, a LOCAL key 8, an M/C# key 9, and an X/Z key 10.

Figure 3 is a diagram showing the preceding key sequence of the PLU report that represents the unit price of the same item in code. LOCAL key 8
Press to enter local mode, which prints the data in Consolidator 4.

＞′! , Figure 4 is the 'electronic financial record 4 & 1 shown in Figure 1.
3 is a block diagram showing the electrical configuration of the consolidator 3 and the consolidator 4. FIG. Central processing unit (hereinafter referred to as CPU and IJ6) 11
includes a random access memory (hereinafter referred to as RAM) 12, a keyboard 13, and a read-only memory (hereinafter referred to as FR).
(abbreviated as OM) 14, display 15, printer 1
6. and is connected to the transmission unit 17. RAM12
The ROM 14 temporarily stores the data necessary to make the CPU I perform DJ production, and the ROM 14 stores in advance the programs necessary to operate the CPU I. keyboard 1
3rri data is input, and the display 15 is used to display the input data. The printer 16 prints input data and the like.

The transmission unit 17 is a circuit that receives and sends data to and from other electronic cash recorders.

FIG. 5 is a memory map of the RAM provided in the console 4. Area 51 has W6 Batsuhua NBUF,
Area 52 has 7 lags, and area 53 has a local mode flag FCLOCAL 1 Areas 54 to 57
FLU printing Kakunta 1a to 4a1 area 58 has P
Each LU file is stored.

A memory map of the RAM installed in the brown 61-111" t1 electronic money party Sakura l~3. Area 61
A transmission buffer TBUF is stored in area 62, and a print buffer PBUF is stored in area 62. Other data is stored in area 63.

FIG. 7 is a diagram showing the structure of the PLU file. 00
The contents of addresses 01 to 1000 are 100
The contents of numbers 1 to 2000 are based on Gunshi-style planning and construction,
The contents of addresses 2001 to 3000 are printed out by the secondary cash register 2, and the contents of addresses 3001 to 4000 are printed by the electronic cash register 3.

FIG. 8 is a diagram showing the configuration of each PLU. Each PLU has an area 81° for storing PLU codes, an area 82 for storing one song, an area 83 for storing kakuto,
and area 84 where Kinchin is stored.

Figure 9 is a flowchart for explaining the processing of the consolidator. The starting state is confused and the process moves from step n1 to step n2. At step n2, it is determined whether or not the key is pressed manually, and at some point the process moves to step n3. At step n3, it is determined whether or not an input has been made from the numeric keypad 7. If it is an input from the numeric keypad 7, the process moves to step n4, and if not, the process goes to step n6. In step n4, key input data is RA
It is stored in the immediate failure buffer NBUF in area 51 of M.

In step n5, area 52's box* Shunri 7 lag FK
Set N to emr I J and go to step n2.

In step n6, it is determined whether the input is from the LOCAL key 8, and if the input is from the LOCAL key 8, step n
If not, the process moves to step n8. In step n7, the local mode flag FCLOCAL in the RAM area 530 is set to cooking "1" until t, and step n2KM is performed.

At step n8, it is determined whether or not the X/Z key 10 can be operated manually, and if it is, the process moves to step n9, and if not, it moves to other processing. In step n9, the local mode flag FCLOCAL is set to i.
+fi rlJ or not is determined, and 1irb r "
When the cooking value is "1", the process moves to step n1 OK, and when the cooking value is not "1", the process moves to other processes. In step n10, it is fortune-telling whether the 1d acquisition flag FKN is "1" or not! 1-
Step 11 when 1J is cut and fj + j tsubo is "1"
If this is not the case, the process moves to error processing. In step nil, it is determined whether the content of buffer NBUF is 30 or not, and when it is 30, step n1
2, and when it is not 30, it moves to other processing. step n
The 12th section prints the title. Also step】】13
Then, the data indicating '6' of the printed title is transmitted to the magnetic cash registers 1-3. In step n14, the kakuntas la to 4a of areas 54 to 57 are set as follows. kakunta la 11 kakunku 2a 10011
Katsunta 3a 2001. Kakunta 4a 3001V
Set each C. In step n15, the corresponding code, kakunta, ear E, and tconsolidation 4 are printed on the counter 1aK. In step n16, the code corresponding to Kakunta 2a, Kakunta and Kinshuo are stored in the electronic two-money party record.
to be transmitted.

In step n17, the counter 3aK transmits the corresponding code, Katanku, and all sets to the electronic cash register 2. In step n18, the code, katank, and all sets corresponding to the kakunta 4a are transmitted to the electronic cash register 3. In step 1119, +1 is added to each of the contents of kakuntas 1a to 4a.

In step n20, it is determined whether the content of Katan cla is 1000 or 1000, and when it is 1000, step n
If the value is not 1000, the process moves to step n15. In step n21, ENDPRINT is printed. In step n22, the end print data is transmitted to the electronic business register@1 to 3. In step n23,
W&1'q7 lag FKN and position buffer NBUF
, and proceed to step n2.

FIG. 10 is a flowchart of the consolidator processing of the electronic metal practice kakurokuki 1-3. It enters a scoot-like chain and moves from step m1 to step m2.

In step m2, it is determined whether print data is transmitted from the printer 4 or not.
There are many. In step m3, #:1'' character data is RA
From transmission buffer TBUF of area 61 of M to area 62
The data is transferred to the print buffer PBUF.

In step m4, the contents of the print buffer PBUF are printed, and the process returns to step m2.

Processing of the consolidator is carried out by wjs such as I-H.

In this case, the data was printed using electronic cash register 6.174. Although this was done with λ1 to 3 and consolation 4, it may also be done with consolation 4 or 1. 'J may be changed and selected.

[Brief explanation of drawings]

Fig. 1 is a diagram showing the overall configuration of one embodiment of the Kienori J, and Fig. 2 is a diagram showing the keyboard stopper 1In provided in the console '4.
Figure 3 is a small diagram of the original line of the PLO report, Figure 4 is a block diagram showing the '1d child-type project recorders 1 to 3 and the consolidator 40'ton/A side + Mr. , 5
Figure t55 is the memory map of the random access memory included in Consolidation 4 and 11iif, Figure 6 is the memory map of the random access memory that is coaxial with 'Electronic Type η Practical Ball 1~3, and Figure 7 shows the configuration of the PLU file. Figure 8
Figure I/'! , Tani FLU's <+Yui Ebisu diagram, the 9th example is a flowchart explaining the data processing of Consolidation 4, and the 10th example is the consolidator data processing of 1k-1' Human Sculpture Party Record 1 ~ 3 The flowchart is Ruru. 1-3...'Electronic cash register, 4...Consolidation,
DESCRIPTION OF SYMBOLS 11... Medium heat processing device, 12... Kundam access ° memory, 13... Keyboard, 14... Read only memory, 15... Display, 16... Printer, 17... Transmission Unit Agent Patent Attorney Kei Nishi Department Figure 4 Figure 5 Figure 7

Claims (1)

[Claims] A revised electronic cash recorder each having a printing means,
a printer having at least one printing means;
The data of each electronic cash register is stored in the printer, and when printing the data from the printer, a part of the stored data is transmitted to each electronic cash register and A distributed report printing method that uses a consolidator printing method to print multiple sounds.