KR20020001274A - The method of developing the parts drawings of assembly drawings designed by the metal mold CAD automatically - Google Patents

Abstract

PURPOSE: A method for automatically developing part drawings of an assembly drawing designed by a die cad is provided to automatically develop the part drawings and automatically mark size, material, and developing location of the parts by selecting each part of the assembly drawing designing a mold by using layer and parts number, thereby accurately processing parts. CONSTITUTION: Die structure master registration and revision related to a parts drawing are input(S1). Numbers of parts made by a die master are set up(S2). Various kinds related to part data set up by the die structure master are edited(S3). Location for developing edited parts and figures is adjusted(S4). A balloon and a part list are prepared by using part properties marked at the assembly drawing(S5). A paper and a scale are set up for developing the parts(S6). A title block related to the part is selected so that addition is confirmed(S7). Assembly drawings designed by each part are developed with each property of parts(S8). If the part drawing is revised after developing parts, the revised part drawing is automatically changed, and if the assembly drawing is revised, the related part drawings are automatically revised(S9).

Description

The method of developing the parts drawings of assembly drawings designed by the metal mold CAD automatically}

The present invention relates to a method of automatically developing a part drawing of an assembly drawing designed by a mold CAD, and more particularly, in designing a press, a mold, a die casting, etc. by a mold CAD, a layer and a part number. The present invention relates to a method for automatically developing a part drawing of an assembly drawing designed using.

Conventionally, after completing the assembly drawing of various design drawings using mold CAD program or using layer and parts number, the material and shape needed to know the function of various parts constituting these assembly drawings and process them. When I wanted to know the dimensions, etc., I had to design the drawings of these parts by hand.

Therefore, it takes a lot of work time to design the parts drawings, as well as the design drawings are made by hand, there is a disadvantage that the error occurs to the parts drawings, molds, presses and die-casting of the correct shape can not be made will be. In addition, it was not possible to improve the efficiency of the work due to the fear that the loss caused by the waste of the material would be large.

The present invention was created in order to solve the above-described closed end, and an object of the present invention is to automatically develop each component drawing of the assembly drawing designed by the mold CAD on the CAD.

Therefore, the parts number, part name, figure information, and the like are automatically generated for each of the developed parts drawings, so that the precision in machining each part can be maintained.

1 is a flowchart showing the development of parts with respect to the assembly drawing designed by the layer and the part number.

Referring to the configuration of the present invention for achieving the above object based on the accompanying drawings as follows.

In the method of developing the parts drawing of the assembly drawing designed by the layer of the mold CAD and the part number,

Inputting a mold structure master registration and correction for the parts drawing (S 1);

Setting a part number created by the mold structure master (S 2),

Performing various types of editing processing related to the set part data (S 3);

Adjusting positions to be developed with respect to the edited parts and figures (S4);

Creating a balloon (part number) and a parts table using the parts properties shown in the assembly drawing (S 5),

Setting a sheet and a scale for developing the part (S 6);

Selecting the surface sheet for the component to confirm the addition (S 7),

(S 8), wherein the assembly drawing designed for each component is carried out with each component property;

After modifying the part drawings after the development of the parts, the modified part drawings are automatically changed, and when the assembly drawing is modified, the component CAD module comprising a part connection correction step (S 9) which is automatically modified. It is to provide a method for automatically unfolding the parts of the assembly drawing designed by.

Referring to the process of automatically deploying the assembly assembled by the mold CAD by the present invention made of the steps as described above are as follows.

The present invention completes the assembly drawing by creating each part drawing by using a layer and a part number by a mold CAD.

In order to develop the parts of the completed assembly drawing, the mold structure master registration and correction are inputted as necessary (S 1). That is, in the case of newly registering to the mold structure master, the name of the mold master structure to be newly registered is input and the name of the part is input. However, when modifying the data of the registered parts, indicate the name and input it.

The part number, part name, part type, material, plate thickness, etc. are inputted and set by the said instruction. At this time, if you want to copy the mold master to be set, you can copy it by instructing the mold master.

If you want to change the name, support the name change file, select the type structure master to be renamed, and enter the new name. On the other hand, when deleting, select the mold casting master to be deleted and delete it.

The part number created by the mold structure master as described above is set (S 2).

In this way, a plurality of types related to the part data set by the mold master structure are edited and processed (S 3).

In other words, the editing process is performed by creating and inputting a property change of a part, a change of a part belonging to a figure, a change of an origin of a part, a deletion of a part property, a manipulation of a mold structure, and the like.

Then, the position to be developed with respect to the edited parts and figures is adjusted (S 4). In other words, the position adjustment may be performed in consideration of the distance between each projection surface and the projection surface interval set by the user.

When the position adjustment is completed in this manner, a balloon (part number) and a parts table may be prepared using the parts properties shown in the assembly drawing (S 5).

In other words, when instructing this to fill in the part number, it is created by instructing the shape to create the balloon, the display position of the balloon, and the withdrawal position of the balloon. When the instruction is to be created and the confirmation is instructed, the object to be checked is selected and created, and when the setting is instructed, the upper row and the lower row are created.

In order to create the parts list, the parts list can be created by instructing screen display, drawing display and master registration.

What is necessary is just to set the paper and the scale for spreading the said components (S6). At this time, the paper size can be automatically set to the standard size, and the user needs to set the respective paper size.

After the setting of the paper is made, the cover sheet may be selected by selecting the cover sheet required for the development of the part (S 7).

At this time, select the data created in advance and confirm the addition before specifying.

Then, the assembly drawing designed for each component may be carried out with each component property (S 8). At this time, the surface area is synthesized at the same time as the development of the parts, and the automatic dimension writing is performed, and the development of the parts is made.

As described above, when the parts drawing is modified after the development of the parts, the assembly drawing is automatically changed based on the modified parts drawing, and when the assembly drawing is modified, the related parts drawing is automatically modified to be modified (S 9). .

As described above, in the present invention, when selecting a part drawing of an assembly drawing designed by a layer and a part number, the part drawing can be automatically developed as well as each part even when a user wants to change properties of the part drawing as needed. If the modification is made by entering the properties for the parts drawing, the modifications can be made in conjunction with the assembly drawing. On the contrary, even if the assembly drawing is modified, the related parts drawing is automatically modified. The work time can be shortened.

In addition, since the correction is made precisely for each component diagram, there is no occurrence of errors in machining, so that the components can be precisely machined.

As described above, the present invention is automatically developed when each part of the assembly drawing for designing the mold and the like using the layer and the part number by the mold CAD is selected. At this time, the dimensions, materials, and deployment positions of the parts are automatically displayed, so that the user can accurately view these parts drawings.

Claims (1)

In the method of developing the parts drawing of the assembly drawing designed by the layer of the mold CAD and the part number, Inputting a mold structure master registration and correction for the parts drawing (S 1); Setting a part number created by the mold structure master (S 2), Performing various types of editing processing related to the set part data (S 3); Adjusting positions to be developed with respect to the edited parts and figures (S 4), Creating a balloon (part number) and a parts table using the parts properties shown in the assembly drawing (S 5), Setting a sheet and a scale for developing the part (S 6); Selecting the surface sheet for the component to confirm the addition (S 7), (S 8), wherein the assembly drawing designed for each component is carried out with each component property; After modifying the part drawings after the development of the parts, the modified part drawings are automatically changed, and when the assembly drawing is modified, the component CAD module comprising a part connection correction step (S 9) which is automatically modified. How to automatically develop a part drawing of the assembly drawing designed by.