JPS6315087B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for positioning a wood boring machine when drilling a hole in a workpiece.

The work of drilling a hole in wood using a conventional boring machine is based on the production drawing, and the position of the workpiece presser of the machine body, the stopper position, the position of the horizontal and vertical drill groups, and among the horizontal and vertical drill groups are based on the production drawing. Positioning work such as selecting the drill to be used was performed manually.

The present invention enables the memory integrated electronic circuit of a microcomputer to input the dimensions of the workpiece, the dimensions of the drilling position, the depth of cut, etc. displayed on the manufacturing drawings into the console keyboard and performs a positioning start operation. Then, according to the input values, perform positioning work such as the position of the horizontal and vertical drill groups in the wood boring machine, the selection of the drill to be used, the holding position of the workpiece, the stopper position, etc. After that, start the machine and select the drill to be used. The drilling process shown on the production drawing is carried out by carrying in the processed material, and the machining pattern positioned based on the production drawing is stored as a machining block number, so that future same machining operations can be handled. It is something to do.

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a positioning operation method for a woodworking boring machine according to the present invention will be described below with reference to the drawings.

In FIG. 1, 1 is a memory integrated electronic circuit of a microcomputer, which communicates with a processor 3;
Further branching from the processor 3 is a wood boring machine 2 which is equipped with a console keyboard 5, a brown tube display 4, a drill motor, a workpiece positioning motor, the same cylinder, drive motors ₆₁ to _6o , etc. Please contact each of them. In addition, the memory integrated electronic circuit 1 of the microcomputer includes:
It memorizes the current positions of the horizontal drill group, vertical drill group, workpiece presser, stopper, etc. of the wood boring machine 2, and also stores new positions input from the console keyboard 5 based on the manufacturing drawings from the current position. It has the ability to transfer up to 1000, and also gives instructions to select the drill to be used from each of the drill groups.

Figure 2 is a diagram showing the dimensions of the workpiece and the dimensions of the drilling position displayed on the production drawing. In this diagram, the width direction of each dimension location is X, the depth direction is Y, and the height ( The thickness direction is expressed as Z, and the depth of cut is expressed as D.

Then, the position display diagram of FIG. 4 is displayed on the cathode ray tube display 4, and the current positions of the horizontal drill group C, the vertical drill group D, the plate pressing body E, etc. in the machine body 2 are confirmed. In this case, the numerical values of the setup term, jig term, suihei term, etc. in FIG. 4 are expressed as the same value.

Next, display the program operation display diagram in FIG. 3, and input the X, Y, Z, and D dimensions at predetermined locations using the console keyboard 5 according to the machining dimensions shown in the manufacturing drawing (FIG. 2). do.

When the position display diagram of FIG. 4 is displayed again, the dimension value A inputted in the program operation display diagram is displayed as a setting value in the setting item of the switch column 2, and in the upper column C of the switch column C. displayed on the page. Further, the numerical values when FIG. 4 is displayed for the first time are displayed as the current values in the jig term ``chi'', the lower term ``li'', and the kiosae term ``ho''.

In FIG. 4, nu is a column for displaying the processing block number, and ru is a column for displaying the use number of the plate pressing body, which is displayed because there are some plate pressing bodies that are not used.

Next, when the memory integrated electronic circuit 1 of the microcomputer instructs the current value shown in FIG. 4 to be the same value as the set value, the horizontal drill group, vertical drill group, plate pressing body, etc. It is output as a set start (positioning of each part of the aircraft) to move from the current position (number of jig item 1) to the set numerical position (number of setting item), and when the values are the same, the aircraft 2 stops.

Furthermore, when the selection drill display diagram shown in FIG. 5 is displayed, the X ₁ inputted in the display diagram of FIG.
The used drill position (Y in each column) selected by the drill position dimensions in each column of ~X ₅ , Z ₁ , and Z ₂ is displayed, and the drill is mounted on the machine body 2 based on this.
In this example, each row of 21 drill control units is
The drill used is indicated by a □.

Furthermore, the block number display diagram of FIG. 6 is displayed, and the processed data is stored as one processed block number. The work contents are recorded and stored in block numbers 0 to 99 as one cassette. In this figure, the processing numbers are entered except for 29, 78, and 82, which indicate used block numbers.

If you want to use the processed data again in the future,
By setting this cassette in a microcomputer and inputting block numbers, the same processing operations as described above (positioning of various parts of the machine body) can be performed.

According to the present invention, by inputting each dimension displayed on the production drawing into a computer connected to the machine, each part of the machine can be positioned, and the desired position can be achieved simply by attaching the drill according to the display of the position of the drill to be used. This allows drilling operations to be performed, and by storing this as a block number as one processing operation, the same operation can be handled in the future, improving work efficiency.

[Brief explanation of the drawing]

Fig. 1 is a block diagram of the positioning operation method of a wood boring machine according to the present invention, Fig. 2 is a diagram showing the dimensions of the workpiece, the dimensions of the drilling position, etc. shown in the manufacturing drawing, and a is a plan view. , b, c are left and right side views, d is a front view, Figure 3 is a program operation display diagram, Figure 4 is a position display diagram, Figure 5 is a selection drill display diagram, and Figure 6 is a block number display diagram. .

Claims (1)

[Claims] 1. Input the dimensions of the workpiece and drilling position displayed on the production drawings into the microcomputer connected to the machine, and the microcomputer's memory integrated electronic circuit instructs the machine to move from the current value to the set value. Shift the positions of the horizontal and vertical drill groups, stopper, workpiece presser, etc., and position each part of the machine. A selection drill table with a circle indicating the operating part mark of the drill that matches the drilling position dimensions entered based on the production drawing is displayed on the CRT display, and the drill is attached to the machine according to this, completing the entire operation. This method for positioning a boring machine for woodworking is characterized in that a block number table is displayed in order to store these machining data, and it is entered into a memory integrated circuit as one machining block number, after which machining work is started.