CN115469857A - Convenient programming method for keyway planer - Google Patents

Abstract

The invention discloses a convenient programming method for a keyway planer. The method comprises the following steps: 1) Starting a controller system and opening a table programming page; 2) Switching, loading or creating a new file and managing the file; 3) Inputting data into the portable form for programming, and operating a generating program; 4) And carrying out graphic simulation display. The convenient programming method of the router has the functions of quick switching, new creation and file loading, the convenient table programming function, the graphic simulation and automatic data checking function, the acute angle function and the like, so that the programming efficiency is improved, and the use threshold of an operator is reduced.

Description

Convenient programming method for keyway planer

Technical Field

The invention relates to the field of a keyway planer, in particular to a convenient programming method of the keyway planer.

Background

The grooving process is an auxiliary process for bending metal or non-metal materials during processing, and the process is to form a V-shaped groove by a cutter so as to achieve the state that the radius of a bending angle after bending is approximate to zero, and the grooving machine is a machine for grooving the materials. Structurally, the router is generally divided into a vertical router and a horizontal router, and is often used in industries such as architectural decoration, kitchen equipment, and household appliances.

At present, the scheme of the keyway planer on the market is mainly the scheme of using a PLC and using a board card. The scheme using the PLC generally cannot complete complex calculation, and has a certain threshold, so that an operator needs to have certain PLC programming capability; although the scheme of using the board card reduces the difficulty of programming through man-machine conversation, different programming modes still need to be selected according to different conditions, so that the operation is inconvenient, and the programming efficiency is not high.

Disclosure of Invention

In order to solve the problems, the invention provides a convenient programming method of a keyway planer.

According to one aspect of the invention, a convenient programming method of a router is provided, which comprises the following steps:

1) Starting a controller system and opening a table programming page;

2) Switching, loading or creating a new file and managing the file;

3) Inputting data into the portable form for programming, and operating a generating program;

4) And performing graphic simulation display.

The convenient programming method of the router has the functions of quick switching, new creation and file loading, the convenient table programming function, the graphic simulation and automatic data checking function, the acute angle function and the like, so that the programming efficiency is improved, and the use threshold of an operator is reduced.

In some embodiments, in step 2), when the current file is the first or last file, the file is switched, and a pop-up prompt is made to enter the name of the file and create the new file. It is advantageous to describe the method of operation for switching, loading or creating files.

In some embodiments, in step 2), clicking the "archive management" button to enter the archive management page enables deleting, creating, importing or exporting the existing archive. The method has the advantage that the operation method for managing the file is described.

In some embodiments, in step 3), the width data of the slot is manually entered by the numeric keys and the mode and angle data is manually or automatically generated, clicking the "program generation" key auto generation program. The method has the advantage that the operation method for inputting data and generating the program is described.

In some embodiments, in step 3), the table is operated by clicking a "previous page", "next page", "insert", "delete", or "delete all" key. It is beneficial to describe a specific method of operating the table.

In some embodiments, in step 3), the width data of each slot of the workpiece is automatically checked, and the workpiece slot width sum is calculated and displayed. It is advantageous that the content of the automatic check is described.

In some embodiments, in step 3), the current mode is switched by clicking the "ACUT", "BCUT", "CCUT" or "DCUT" key, and the current angle is switched by clicking the "90 °", "135 °", "225 °" or "270 °" key. It is advantageous that the method of operation to switch the current mode and angle is described.

In some embodiments, in step 3), the function of turning on the acute angle is selected, and a custom angle column is added to the right side of the table. It is advantageous to describe the method of operation of the acute angle opening function.

In some embodiments, in step 3), the programming mode is selected by clicking on the "inside diameter", "outside diameter" or "standard" key. It is advantageous to describe an operating method that selects the programming mode.

In some embodiments, in step 4), the graphic is a side view of the workpiece. It is advantageous that the kind of graphics is described.

Drawings

Fig. 1 is a schematic diagram of a table programming page of a convenient programming method for a router according to an embodiment of the present invention;

fig. 2 is a schematic view of a file management page of the convenient programming method of the router shown in fig. 1.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Fig. 1 schematically shows a table programming page of a convenient programming method of a router according to an embodiment of the present invention, and fig. 2 shows an archive management page of the convenient programming method of the router in fig. 1. The convenient programming method is used for a controller capable of controlling the keyway planer, and a table programming page, a file management page and the like capable of realizing corresponding functions are preset on the controller.

The specific operation steps of the method are respectively described as follows.

First, the controller system is started and the table programming page is opened. As shown in fig. 1, the table programming page of the controller has many keys and display items, which can be mainly divided into a file management area, a table programming area, a graphic simulation area, and the like.

Then, the files are switched, loaded or newly built according to the required operation, and the files are properly managed according to the actual situation.

As shown in fig. 1, a fillable file name input box (for example, the file name is filled as sdxf in the figure), a "<" key and a ">" key for switching files back and forth, and a "file management" key are provided above the middle of the form programming page.

Wherein, the file name is input in the file name input box, if the file of the name already exists, the file is loaded, if not, a blank file is created.

Clicking the < < 'key and the > >' to quickly switch the files back and forth, if the files are still to be switched when the current file is the first or the last file, jumping out of a popup window to prompt the input of the file name, and building a blank file for loading.

In addition, clicking the "archive management" button can access the archive management page shown in fig. 2, which displays the file name, file size, modification time, and archive annotation of each archive, and on which existing archives can be deleted, created, input, or output.

Then, convenient table programming can be performed in the table programming area. The table programming area mainly comprises a portable table, number keys containing numbers such as 1-9 and the like, table operation keys, mode and angle switching keys, programming mode selection keys and the like.

In operation, a corresponding workpiece number key is selected above a portable form (the portable form supports ten different workpieces for programming), and then the portable form is filled, wherein the portable form comprises width data, mode data, angle data and the like of grooves machined by the workpieces in each step. The width data of the groove of each part of the workpiece can be manually input into the table by operating each numeric key, and the pattern and angle data can be manually generated, or if no data exists, the common pattern and angle data can be automatically generated. After the completion of the filling, the processing program of the workpiece can be automatically generated according to the input data by clicking the program generation key.

The table programming page also displays parameters such as the first-time feed amount, speed, plate thickness, plate length, plate width, material and the like of the corresponding workpiece.

Further, the table may be specifically operated by clicking on each table operation key such as "previous page", "next page", "insert", "delete", or "delete all".

Preferably, the width data of the multi-row slot can be input in the table at one time, such as inputting "50///60/", that is, 5 rows of data are input at one time, the first 4 rows are both 50, and the last 1 row is 60.

In addition, when the portable form is filled in, the data can be automatically checked, and whether the width data of each groove has errors is mainly checked, so that the consumption of the plate is reduced, and the machine is protected. But also the sum of the slot widths of the workpieces can be calculated and displayed below the workpiece option (i.e., 260.00 in fig. 1).

If the current mode data and angle data are not required, the current mode can be switched to the a mode, the B mode, the C mode or the D mode by clicking the mode and angle switching keys, for example, by clicking the keys such as "ACUT", "BCUT", "CCUT" or "DCUT" (the cutting depth of each mode can be preset in the lower left corner of the table programming page), and the current angle can be switched by clicking the keys such as "90 °", "135 °", "225 °" or "270 °". Both the current cell mode and the current cell mode can be changed by clicking an angle column or a mode column, for example, when a mode column is clicked, if the current cell mode is not the B mode, the current cell mode is changed into the B mode, and if the current cell mode is the B mode, the current cell mode is changed into the D mode; when the angle column is clicked, the focus cell changes between the front and back sides.

When the angle column and the mode column are clicked, in addition to the data of the current cell, the current focus is placed in the groove width column of the current focus row, so that the user can directly input the data (except for the acute angle column).

In addition, the programming method used when the program is generated may be selected by using each programming method selection key as necessary. The programming mode selection keys comprise an inner diameter key, an outer diameter key or a standard key, a common default plate mode is a standard mode, and the programming mode selection keys can be switched by clicking the keys so as to facilitate program generation for processing of different workpieces.

Preferably, an acute angle function (default non-opening) is further arranged above each number key, and when the function is selected and opened, a user-defined angle column (namely an acute angle column) is additionally arranged on the right side of the table, and the current angle can be modified by user-defined filling and setting of each number key in the column, so that not only can some fixed angles be programmed quickly, but also the angle can be modified to be an acute angle for processing, and the method is suitable for the conditions of various angles.

When the program is generated, a graphic simulation display may be performed. The graph is a side view of the bent workpiece and is displayed above each number key on the table programming page, and width data of each groove of the workpiece is also displayed in the graph; and when the program is modified or the workpiece is switched, the graph can be changed in time, so that the user can preview the bending effect in time.

What has been described above are merely some of the embodiments of the present invention. It will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the invention.

Claims (10)

1. A convenient programming method of a keyway planer is characterized by comprising the following steps: comprises the following steps

1) Starting a controller system and opening a table programming page;

2) Switching, loading or creating a new file and managing the file;

3) Inputting data into the portable form for programming, and operating a generating program;

4) And carrying out graphic simulation display.

2. The convenient programming method of a router as claimed in claim 1, wherein: in step 2), when the current file is the first or the last file, the file is switched, and the window pop prompts to input the file name and create a new file.

3. The convenient programming method of a router as claimed in claim 1, wherein: in step 2), clicking the 'archive management' button to enter an archive management page can delete, create, input or output the existing archive.

4. The convenient programming method of a router as claimed in claim 1, wherein: in step 3), the width data of the slot is manually input by the numeric key, and the mode and angle data is manually or automatically generated, and the "program generation" key is clicked to automatically generate the program.

5. The convenient programming method of a router as claimed in claim 1, wherein: in step 3), the table is operated by clicking the "previous page", "next page", "insert", "delete", or "delete all" keys.

6. The convenient programming method of a router as claimed in claim 1, wherein: in step 3), the width data of each groove of the workpiece is automatically checked, and the workpiece groove width sum is calculated and displayed.

7. The convenient programming method of a router as defined in claim 1, wherein: in step 3), the current mode is switched by clicking the "ACUT", "BCUT", "CCUT" or "DCUT" key, and the current angle is switched by clicking the "90 °", "135 °", "225 °" or "270 °" key.

8. The convenient programming method of a router as defined in claim 1, wherein: in the step 3), the function of opening the acute angle is selected, and a user-defined angle column is added on the right side of the table.

9. The convenient programming method of a router as claimed in claim 1, wherein: in step 3), the programming mode is selected by clicking the "inside diameter", "outside diameter" or "standard" key.

10. The convenient programming method of a router as claimed in claim 1, wherein: in step 4), the graph is a workpiece side view.

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