JPS59200362A - Control system of terminal device - Google Patents

Abstract

PURPOSE:To improve the operation efficiency of a user by setting previously the transmission data and the transmission conditions to a terminal device and therefore transmitting the conversational processing commands and data to the host side without repeating the key-in of the same data. CONSTITUTION:The conversational processing of an automatic answer mode is started by applying a series of conversational processing start commands through a keyboard 3 after changing a mode changeover switch 1 to an automatic answer mode. The transfer data is sent to a deciding circuit 8 from a host computer. The circuit 8 reads the transmission data and the transmission conditions for every record out of a main memory 7 to decide the coincidence between these data and conditions. When the coincidence conditions are detected, a control signal is sent to a transmission data reading circuit 9 from the circuit 8. Then the transmission data is set to a transmission/reception buffer 10. This set data is sent to a computer of the host side by a line control part 11.

Description

[Detailed Description of the Invention] [Field of Application of the Invention] The present invention provides a method for operating a terminal device according to an operation procedure planned by a terminal device user.
The present invention relates to a terminal control system that performs a series of conversational processing without user intervention by setting transmission data and transmission conditions in advance in the terminal device.

[Backbone of invention]

The data transmission method in conventional intelligent terminals supports transmission control procedures that depend on the central machine system and operating system.
Control information is automatically sent, and fixed data is simply stored in the storage device before the terminal is connected. There is still no system in which a user can set the contents of data to be sent between a terminal and an application program at any time and automatically respond.

[Purpose of the invention]

An object of the present invention is to enable conversation processing between an application block such as a TSS and a terminal device to repeatedly transmit limited types of commands and data to the terminal device without user intervention. It is an object of the present invention to provide an operation control method for a terminal device, which aims to save labor in key-in operations and prevent work errors by making the key-in operations perform the same operations.

[Summary of the invention]

In conversational transmission and reception using an application block such as TSS and a terminal device, there are repetitive operations such as repeatedly transmitting the same data or repeating a series of operations that combine multiple commands, but with conventional terminals, Each time, I keyed in the data from the keyboard. For this reason, keying in a large amount of data requires a lot of man-hours if the operator is not accustomed to the operation, and keying errors are likely to occur, resulting in poor work efficiency.

On the other hand, depending on the application blockrum, some operations such as blockrum depacking can be performed in accordance with the specifications of the application blockrum, but these operations are limited.

As a solution to this problem, the terminal device has a storage device, and a logic circuit that stores the transmitted data and its transmission conditions, and also compares the data transferred from the host computer with the transmission conditions in the terminal main memory. In this method, the terminal device has a control circuit that reads the transmitted data from the terminal main memory and sends it to the host computer when the judgment result matches, and realizes automatic response at the terminal device.

Therefore, repetitive work can be omitted, the risk of key-in mistakes can be reduced, and work efficiency can be greatly improved.

[Embodiments of the invention]

An embodiment of the present invention will be described with reference to FIGS. 1, 2, and 3.

FIG. 1 is a block diagram showing an example of an operation control circuit of a terminal device for implementing the present invention.

The terminal device enables switching to 3a0) mode among manual transmission/reception mode, data setting mode, and automatic response mode by means of mode changeover switch 1 and mode changeover control section 2. The control circuit involved in mode setting includes a mode changeover switch 1, a mode changeover control section 2, and 5 and 12.
This is a data node switching circuit.

To switch to the manual transmission/reception mode, the user operates the data/(switching circuits 5 and 12) by switching the mode selection switch 1 and controlling the mode switching control section 2. As a result, the data size is is the keyboard of 3,
4 keyboard control section, 5 data bus switching circuit, 10
A transmitting side route to the transmitting/receiving buffer 7 is set, and a receiving side route is set to a transmitting/receiving buffer 10, a data bus switching circuit 12, a display device control unit 13, and a display device 14.

In the data setting mode, in order to set the transmission conditions and transmission conditions to the main storage device, the data bus switching circuit 5 is operated by the control signal of the mode switching control section 2, the keyboard 3, the keyboard control section 4, Routes to the data bus switching circuit 5, the main memory control unit 6, and the main memory 7 are set.

In the automatic response mode, since data is sent from the keyboard, the routes for the data to be sent are 3, 4, 5, and 10, as in the manual transmission/reception mode. On the other hand, the received data route includes 10 transmitting/receiving buffers, 12 data bus switching circuits,
80 determination circuit, and transfers the received data to the transmission condition determination circuit.

The data routes in the three-building mode have been described above.

Next, the operation of the terminal will be explained.

The user starts the initial settings of the terminal and host computing institution in manual transmission/reception mode. The data flow in manual transmission/reception mode is to key in from keyboard 3 and keyboard 4? It is sent to the transmission/reception buffer of 10 by the data bus switching circuit of 5 via the ff1J 11 section, and
The data is sent from the line control unit of the computer to the central computer via communication l-. The response from the central computer goes through 11.10 and 12
The data is sent to the display device control section 13 via the data bus switching circuit of , and displayed on the display device 14.

Prior to automatic response mode, the user changes the terminal to data setting mode using mode changeover switch 1. The user shall provide the expected data transmission conditions (for example, the content of the data transferred from the host computer, the elapsed time, the number of transmissions, etc.),
Pair it with the transmission data and key in from the keyboard. The keyed-in data is stored in the main memory device 7 via the keyboard 3, the keyboard control section 4, the data bus switching circuit 5, and the main memory control section 6. Data is stored in code units as shown in the conceptual diagram in Figure 2.

Next, to start conversational processing in the automatic response mode, change the mode selector switch 1 to automatic response mode, enter the command to start a series of conversational processing from the keyboard 3, and enter the command 3, 4, 5.10, 11
This is done by sending it to the host computer via 8. Transfer data from the host computer passes through the line control unit 110, is stored in a transmission/reception buffer, is passed to the data bus switching circuit 12, and is transferred to the determination circuit 80. In order to display the data to the user, the judgment circuit 80 transfers the data to the display device control section 13, starts the transmission data reading circuit 9, and stores the data in the main memory 1.7 via the main memory control section 6. The device reads transmission data and transmission conditions in code units, and determines whether the environment matches the transmission conditions.

If matching transmission conditions exist, a control signal is sent from the determination circuit to the transmission data succession circuit 9, and the transmission/reception buffer of the booter 10 is set.

Set in the sending/receiving buffer27. The data is sent to the host computer by the 110 line control unit.

If there is no matching transmission condition, the 80th edition circuit can be used in mode 2? ! A control signal is sent to the IJ control section, and the mode of the terminal device is changed to manual transmission/reception mode.

In addition, if you want to interrupt the automatic response mode, use the mode changeover switch (■) and the mode changeover switch (2).
The mode is switched from the automatic response mode 77) to the manual transmission/reception mode, and the mode switching is performed only by the terminal device independently of the processing of the central control unit 'J4 Iso.

The procedure and number of manual operations when performing the above operations is as follows.
A comparison with the conventional method is shown in Figure 3.T0 conventional control method (a)
In this case, since manual operation is involved for each data transmission (M) from the terminal, A(1) intuition + bj manual operation will be repeated.

On the other hand, in the control method (b) of the present invention, manual operation is performed during the period A', but no manual operation is required during the period C.

In this way, it is possible to significantly reduce manual operations. [Effects of the Invention] As described above, according to the present invention, a terminal user can:
In conversational processing, which involves many repeated operations, by setting the transmission data and transmission conditions on the terminal device in advance, commands and data for conversational processing can be sent to the host computer without repeatedly keying in the same data. This has the effect of improving the work efficiency of the user.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an example of operation control of a terminal device for realizing the present invention, FIG. 2 is a diagram illustrating an example of a record format in the main storage device of the terminal device for realizing the present invention, FIG. 3 is an explanatory diagram showing the effect of reducing manual operations in conversational processing according to the present invention. 1...Mode changeover switch 2...Mode changeover control section 3...Keyboard 4...
・Keyboard control section 5...Data bus switching circuit 6...Main storage device control section 7...Main storage device 8...
- Judgment (b) path 9... Transmission data reading circuit 10... Transmission/reception buffer 11... Line control section 1
2...Data bus switching circuit 13...Display device control section 14...Display device 15
...Terminal equipment 7 Figure Haya Z Figure

Claims (1)

[Claims] 1. When performing speech processing, which often involves repeatedly transmitting the same data using an application program such as TSS running on a host computer and a terminal device with a keyboard, it is necessary to The user stores this in the storage section of the terminal device at any time, and after starting a series of conversational operations, the terminal device stores the stored storage conditions and the response information from the post computer. The judgment circuit automatically sends the data in the terminal storage device that is associated with matching conditions, and if there is no matching condition, the host computer sends a response to the terminal device user according to the data display method of the terminal device. A terminal device characterized by displaying information, etc., thereby reducing the intervention of the terminal device user in conversational processing that often involves repeatedly transmitting the same data, and automatically performing a series of 4R conversational operations. control method.