JPS61235929A - Data input controlling system - Google Patents

Abstract

PURPOSE:To input a data at high speed when a work is busy by executing the shared input of one logically settled data related to each other from plural data input devices. CONSTITUTION:In case of executing the shared input of a data, data which are inputted from plural optional data input devices 1.1-1.(n) are stored once in corresponding data input areas 31.1-31.(n) on a main storage device 3 and stored in a spurious input area 33 on the main storage device 3 after the overlap inspection of the data and a logical assembly are executed. Also, working is performed to the data stored in the spurious input area 33 by a processing program 30 and thereafter it is stored in an auxiliary memory device 4. Moreover, the result of the processing is stored in a spurious image display area 34 which forms a pair with the spurious data input area 33, also stored in each image display area 32.1-32.(n), as well and thereafter turned back and displayed on image display devices 2.1-2.(n).

Description

[Detailed Description of the Invention] Technical Field The present invention relates to a data input control method, and more particularly to a data sharing input control method when a plurality of data input devices are used simultaneously in an electronic computing system, such as a command and control system. .

Traditionally, when there are multiple pairs of data input devices and image display devices, if we focus on a certain period of time, we can associate one set of data input devices and image display devices with one task. I was using it. Furthermore, even when a single task is shared among multiple sets of data input devices and image display devices, the minimum unit of input data is, for example, logically organized input original documents or slip processing.

In the conventional input control method described above, the data input device and image display device are occupied by a specific task or logical input unit, and each input unit is input by a single operator, so the data input speed is limited by the operator. It has the disadvantage that it is limited in input capacity and cannot respond to high-speed input requests during busy business hours.

OBJECT OF THE INVENTION The present invention has been made to solve the above-mentioned drawbacks of the conventional devices, and its purpose is to treat a plurality of sets of data input devices and image display devices as one set in a pseudo manner. The object of the present invention is to provide a data input control method that enables high-speed data input during busy times.

Structure of the Invention The data input control method according to the present invention includes a data processing means that logically assembles mutually related data input from a plurality of data input devices into one unified display screen worth of data, and the like. means for returning data for one screen to each image display device paired with each of the plurality of data input devices; A feature of this system is that it allows multiple users to input a large amount of data.

Example Hereinafter, the present invention will be explained in detail using the drawings.

FIG. 1 is a 70-block diagram of an embodiment of the present invention, in which n data input bags @1.1 to 1.n (n is an integer of 2 or more) and n
There are image display devices 2.1 to 2.n, and the data input device 11.i and the image display device 2.1 (i is an integer from 1 to n) are paired with each other.

The main storage device 3 includes data input areas 31.i corresponding to the data input devices 1.i, and data input areas 31.i for each data input device 1.i.
There is a pair of image display areas 32.i for each image display area 32.i, and each image display area 32.i corresponds to each image display device N2.i. The main storage device E3 further includes a processing program area 30 for data processing, a pseudo data input area 33, and a pseudo image display area 34.

Further, there is an auxiliary storage device 4 for saving the contents of each of the above areas on the main storage device 3.

Normally, data input from the data input device 1.i is stored in the data input area 31.i on the main storage device 3, processed by the processing program 30, and then stored in the auxiliary storage device 4. Stored. Further, the processing result is stored in the image display area 32.i paired with the data input area 31.i, and then displayed on the corresponding image display device 2.i.

Next, when data is to be input in a shared manner, the data input from any plurality of data input devices 1.
1 to 31.n, and after data duplication checking and logical assembly are performed, the data is stored in the pseudo input area 33 on the main storage device 3. Further, the data stored in the pseudo input area 33 is processed by the processing program 30 and then stored in the auxiliary storage device 4. Further, the processing results are stored in the pseudo image display area 134 paired with the pseudo data input area 33, and are also stored in each of the image display areas 32.1 to 32.n.
・Wrap display from 1 to 2・n.

This control procedure is shown in FIG. Referring to FIG. 2, first in flow 5, data input device 1 performs shared input.
・Receive the designation of i. Then, in the 3rd round at Fu 0-10
Data input device 1 designated with control information as shown in the figure
・In the area C1 corresponding to i, information indicating that the input is to be shared is stored.

When data is input from the data input device 1.i in flow 15, it is checked whether it is a shared input target or not based on the state of the area Ci corresponding to the data input bag @1.i in the control information in FIG. 3. . If allotment input designation is made, F0-3
Proceed to step 5, and if the assignment input specification has not been made, proceed to flow 2.
Move to 0.

In flow 35, the data input from the data input device that is the subject of shared input is sequentially assembled into meaningful logical data units. Next, in flow 40, processing is performed using the processing program, and then in flow 45, the processing results are stored in the auxiliary storage device 4. Thereafter, in flow 50, the processing results are returned to all the image display devices corresponding to the data input devices for which the shared input designation has been made.

On the other hand, in the case of steps 0-20, the data input from the data input device is processed independently by the processing program, and then the processing results are stored in the auxiliary storage device in step 25. Furthermore, the processing results are returned through flow 30 only to the image display device corresponding to the data input device through which the data was input.

As described in detail, according to the present invention, by treating a plurality of sets of data input devices and image display devices as one set of data input devices and image display devices,
This has the effect of enabling high-speed data input during busy times.

[Brief explanation of drawings]

FIG. 1 is a block diagram of an embodiment of the present invention, FIG. 2 is a flowchart showing the operation of the blocks in FIG. 1, and FIG. 3 is a diagram showing control information for data sharing. Explanation of symbols of main parts

Claims (1)

[Claims] data processing means for logically assembling mutually related data respectively inputted from a plurality of data input devices into one unified data for one display screen; means for returning the data for one display screen to each image display device,
A data input control method characterized in that a plurality of data input devices are capable of inputting a logically related set of data in a shared manner.