JPH04155504A - Automatic programming device for numerical control - Google Patents

Abstract

PURPOSE:To easily operate the addition and correction of data inputted in a language input form with interactive form by judging, selecting and outputting the interactive input form and the language input, converting input information inputted interactively into the language input form, and converting the input information inputted in the language input form into the interactive input form. CONSTITUTION:A selecting part 101 judges the input form, and transmits the input data to an interactive input processing part 102 in the case of the interactive input form, and to a language input processing part 102 in the case of the language input form. The interactive input processing part converts the input data into the language input data by a converting part 1, 104, and transmits the data to be language input processing part 103. The language input processing part 103 processes the input data in the language input form, transmits the data to an arithmetic part 105 as inside data, converts the data into the interactive input data by a converting 2, 106 when a converting request into the interactive input form is made, and transmits the data to the interactive input processing part 102. Thus, the input data added and corrected in the language input form can be again used as the data inputted in the interactive input form.

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an automatic programming device for numerical control, and in particular to an automatic programming device for numerical control that allows input using either an interactive input format or a verbal input format. Regarding.

[Conventional technology]

2. Description of the Related Art Conventionally, automatic programming devices for numerical control that are capable of inputting data using both an interactive input format and a verbal input format include devices that convert information input using an interactive input format into input information using a verbal input format.

[Problem to be solved by the invention]

In the case of conventional automatic programming devices for numerical control that can input both the above-mentioned interactive input format and language input format,
Since information input in the interactive input format can be converted to information in the linguistic input format, input data in the linguistic input format can be added to or modified directly to the input data in the converted language input format. However, conversely, input information in linguistic input format cannot be converted to interactive input format, so
- There is a drawback that input data added or modified using the language input format cannot be used again as data input using the interactive input format.

[Means to solve the problem]

The automatic programming device for numerical control of the present invention is an automatic programming device for numerical control that is capable of inputting in either an interactive input format or a language input format, and is capable of determining the interactive input format or language input format of an input signal. An input format selection means for selectively outputting, a first conversion means for converting input information input in an interactive input format into a linguistic input format, and a second conversion means for converting input information input in a linguistic input format into an interactive input format. and means.

〔Example〕

Next, the present invention will be explained with reference to the drawings.

FIG. 1 is a block diagram of an embodiment of the present invention. The embodiment shown in FIG. 1 includes a selection unit 101 as an input format selection unit, and an interaction input processing unit 102 that constitutes a first conversion unit that converts input information input in an interaction input format into a language input format.
and a conversion unit (1) 104, a language input processing unit 103 and a conversion unit (2) 106 as a second conversion means that converts input information input in a language input format into an interactive input format, and a language input processing unit 103. The computer includes a calculation section 105 that converts data sent by the computer into numerical control data, and an output section 107 that supplies the output of the calculation section 105 to an external device.

Next, the operation of this embodiment will be explained.

Input data in either dialogue or language input format is input to the selection unit 101 . The selection unit 101 determines the input format, and if it is a dialog input format, the input format is sent to the dialog input processing unit 102.
If it is a language input format, the input data is sent to the language input processing section 10B.

The dialogue input processing section converts the data into language input data using the conversion section (1) 104 and sends it to the language input processing section 103 . The language input processing unit 103 processes the input data in the language input format and sends it as internal data to the calculation unit 105.
If there is a request for conversion to the dialog input format, the conversion unit (2>10
6, the dialogue input processing unit 10 converts the data into dialogue input data.
Send to 2.

Internal data sent from the language input processing section 103 to the calculation section 105 is converted into numerical control data by the calculation section 105 and supplied to the output section 107.

The output unit 107 outputs numerical control data to an external device such as a paper tape, floppy disk, or plotter.

FIG. 2 is a diagram showing an example of conversion between a dialogue input format and a language input format. Next, a specific example of conversion between the dialog input format and the language input format will be explained using FIG.

Now, figure number 1 with radius 50mm, center x=o, y=o
The zero circle is shown as circle 201. When inputting this figure in the interactive input format, input instructions for the circle's figure number, radius, center .

When the input result is converted into a language input format, it becomes a language input format 203. 10 in the language input format 203 indicates the figure number, 50R is a circle with a radius of 50 mm, and C
(0,0) is its center X.

Indicates that Y is (0, O).

Conversely, if a circle 201 is input in a language format, the format will be a language input format 203, and if this is converted into a dialog format, the format will be a dialog input format 202.

〔Effect of the invention〕

As explained above, the present invention determines and selectively outputs a relative input format and a linguistic input format, converts input information inputted interactively into a linguistic input format, and converts input information inputted linguistically into an interactive input format. By doing so, data input interactively can be added in language input format.

This has the effect of making it easy to make corrections and, conversely, to easily add and modify data input in the language input format in an interactive format.

[Brief explanation of drawings]

FIG. 1 is a block diagram of an embodiment of the present invention, and FIG. 2 is a diagram showing an example of conversion between a dialogue input format and a language input format. 101... Selection unit, 102... Dialogue input processing unit, 1
03... Language input processing unit, 104... Conversion unit (1)
, 105... calculation unit, 106... conversion unit (21,1
07... Output section, 201... Yen, 202... Dialogue input format, 203... Language input format.

Claims (1)

[Claims] In an automatic programming device for numerical control capable of inputting in either an interactive input format or a linguistic input format, an input format selection means for determining and selectively outputting an input signal in an interactive input format or a linguistic input format; The method is characterized by comprising a first conversion means for converting input information input in a format into a language input format, and a second conversion means for converting input information input in a language input format into an interactive input format. Automatic programming device for numerical control.