TWI381920B - System and method for generating a punch and a corresponding hole in a stamping template - Google Patents

Description

Punch and its generation system and method for corresponding holes on stamping stencil

The present invention relates to a system and method for generating a punch and its corresponding hole in a stamping die.

With the rapid development of mold design technology, traditional mold design technology has undergone changes and innovations. In the design of stamping die, there are many kinds of punches and different shapes. The precision control required when generating the structural figure, the position of the punch on the stamping template, the rotation angle and the corresponding hole size when the punch is inserted into the stamping template. It is a designer's need to carefully consider.

Usually, when designing the punch, the mold designer firstly generates the punch according to the specification parameters set by the user, and then designs the corresponding hole when the punch is inserted into the punching template, so that the punch and the corresponding hole are not easily caused by the separate design. The error is time-consuming, cumbersome, inefficient, and error-prone.

In view of the above, it is necessary to provide a system and method for generating a punch and its corresponding hole in a stamping template, which can automatically generate a corresponding hole when the punch is inserted into the stamping template according to the specification parameters of the punch when generating the punch. The punch is fixed when it is inserted into the corresponding hole of the stamping template to form a combined structure pattern.

A punching machine and a generating system for a corresponding hole on a stamping template, the host comprising: a setting module for setting a specification parameter of the punch and a fixing manner of the punch on the stamping template; and a determining module for determining Whether the specification parameter is within a reasonable range; generating a module for when When the specification parameter is within a reasonable range, the punch is generated according to the set specification parameter, and the fixed part is generated according to the fixed manner; the inspection module is used to determine the position of the punch on the stamping template and check Whether there are other parts in the position; the generating module is further configured to generate a corresponding hole when the punch is inserted in the punching template at the position when there is no other part at the position; inserting the module for The generated punch is inserted into the corresponding hole and the punch is fixed to the stamping template by the above-mentioned generated fixing member, and then a combined structure pattern is formed.

A method for generating a punch with a corresponding hole on a stamping template, the method comprising the steps of: setting a specification parameter of the punch and a fixing manner of the punch on the stamping template; when the specification parameter is within a reasonable range And generating a punch according to the set specification parameter; generating a fixed part according to the fixing manner; determining a position of the punch on the stamping template and checking whether there are other parts at the position; when there is no other part in the position, At the position, a corresponding hole is formed when the punch is inserted into the stamping template; the generated punch is inserted into the corresponding hole, and the punch is fixed on the stamping template by the fixed part generated above, and then a combined structure graphic is formed. .

Compared with the prior art, the punch and its corresponding hole generating system and method on the stamping template can automatically generate a corresponding hole when the punch is inserted into the punching template according to the specification parameter of the punch when generating the punch. When the punch is inserted into the hole corresponding to the stamping template, it is fixed, and then a combined structure pattern is formed, thereby avoiding the error caused by the separate design of the stamped part and the corresponding hole, and improving the efficiency of the stamping die design.

As shown in Fig. 1, it is a hardware architecture diagram of a preferred embodiment of the generating system of the punch of the present invention and its corresponding hole in the stamping die plate. The hardware architecture of the system mainly includes: display 1, host 2, keyboard 3, mouse 4, and database 5.

The display 1 is used to provide a graphical user interface (GUI). The database 5 is used to store various graphic materials related to the mold, and the graphic materials include combined structural graphics.

As shown in FIG. 2, it is a functional module diagram of the host shown in FIG. The module referred to in the present invention is a computer program segment for performing a specific function, and is more suitable for describing the execution process of the software in the computer than the program. Therefore, the following description of the software is described in the module.

The host 2 includes a setting module 210, a determining module 211, a generating module 212, an checking module 213, and an inserting module 214.

The setting module 210 is configured to set a specification parameter of the punch and a fixing manner of the punch on the stamping template. The specification parameters include: the length and width of the punch and the inclination angle of the punch on the stamping template. The fixing manner may be screw fixing, or any other manner capable of fixing the punch to the stamping template. The screw fixing method refers to fixing the punch to the stamping template when the punch is inserted into the corresponding hole in the stamping template.

The determining module 211 is configured to determine whether the set specification parameter is within a reasonable range. In the stamping die design software, usually after the user sets the specification parameters of the part, it will judge whether the set specification parameter is Within a reasonable range, for example, if the reasonable range of the length of the punch stored in the host 2 is between 10 and 15 cm, if the length of the punch set by the user exceeds this range, the user will be prompted to exceed the setting. Reasonable range.

The generating module 212 is configured to generate a punch according to the set specification parameter.

The generating module 212 is further configured to generate a fixed part according to the fixing manner. The fixing part is used to fix the punch on the stamping template.

The inspection module 213 is used to determine the position of the punch on the stamping template and to check for the presence or absence of other parts at the location. Specifically, the inspection module 213 first determines the actual position of the punch on the stamping template through the coordinates, and then automatically checks whether other parts are already present at the coordinate position. If other parts are present, the inspection module 213 prompts the user to The punch cannot be placed in this position.

The generating module 212 is further configured to generate a corresponding hole when the punch is inserted into the stamping template when the punch has no other parts at the position on the stamping template.

The insertion module 214 is configured to insert the generated punch into the corresponding hole, and fix the punch on the stamping template by using the generated fixing component, and then form a combined structure graphic, and save the combined structure graphic in In the database 5.

As shown in Fig. 3, it is a flow chart of a preferred embodiment of the method of generating a punch of the present invention and its corresponding hole in a stamping die.

In step S10, the setting module 210 sets the specification parameter of the punch and the fixing manner of the punch on the stamping template. The specification parameters include: a punch Length, width and angle of inclination of the punch on the stamping template. The fixing manner may be screw fixing, or any other manner capable of fixing the punch to the stamping template. The screw fixing method refers to fixing the punch to the stamping template when the punch is inserted into the corresponding hole in the stamping template.

In step S11, the determining module 211 determines whether the specification parameter is within a reasonable range. In the stamping die design software, usually after the user sets the specification parameters of the part, it will judge whether the set specification parameter is within a reasonable range. For example, if the reasonable range of the length of the punch stored in the host 2 is 10 If it is between 15 cm and the length of the punch set by the user exceeds this range, the user will be prompted to set the setting beyond the reasonable range.

If the set specification parameter is within a reasonable range, the process proceeds to step S12, and the generation module 212 generates a punch according to the set specification parameter.

In step S13, the generation module 212 generates a fixed part according to the fixed manner. The fixing part is used to fix the punch on the stamping template.

In step S14, the inspection module 213 determines the position of the punch on the stamping template and checks for the presence or absence of other parts at the location. Specifically, the inspection module 213 first determines the actual position of the punch on the stamping template through the coordinates, and then automatically checks whether other parts are already present at the coordinate position. If other parts are present, the inspection module 213 prompts the user to The punch cannot be placed in this position.

In step S15, the generating module 212 generates a corresponding hole at the position when the punch is inserted into the stamping template when the punch has no other parts at the position on the stamping template.

Step S16, the insertion module 214 inserts the generated punch into the corresponding hole, and fixes the punch on the stamping template by using the generated fixed part, and then forms a combined structure graphic, and saves the combined structure graphic in the data. Library 5 in.

In step S11, if the set specification parameter is not within the reasonable range, the process returns to step S10.

The above is only the preferred embodiment of the present invention, and has been used in a wide range of applications. Any other equivalent changes or modifications which are not departing from the spirit of the present invention should be included in the following claims. Inside.

Host ‧‧‧2

Keyboard ‧‧3

Mouse ‧‧4

Display ‧‧1

Database ‧ ‧

Setting up the module ‧ ‧ 210

Judgment module ‧‧‧211

Generation module ‧‧ ‧

Inspection module ‧ ‧ 213

Insert module ‧‧‧214

Set the specifications of the punch and how the punch is fixed on the stamping stencil ‧‧S10

Whether the specifications of the above settings are within a reasonable range ‧‧S11

Generate a punch based on the specification parameters ‧‧‧S12

Generate fixed parts according to the fixed method ‧‧‧S13

Determine the position of the punch on the stamping stencil and check for other parts at that position. ‧‧S14

According to the inspection result, the corresponding hole is generated at the position of the punch when inserted in the stamping stencil ‧‧S15

Insert the punch into the hole of the stamping stencil and fix it with the fixing part ‧‧‧S16

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a diagram of the hardware architecture of a preferred embodiment of the generating system of the punch of the present invention and its corresponding hole in the stamping die.

FIG. 2 is a functional block diagram of the host shown in FIG. 1.

3 is a flow chart of a preferred embodiment of a method for generating a punch of the present invention and its corresponding hole in a stamping die.

Set the specifications of the punch and how the punch is fixed on the stamping stencil ‧‧S10

Whether the specifications of the above settings are within a reasonable range ‧‧S11

Generate a punch based on the specification parameters ‧‧‧S12

Generate fixed parts according to the fixed method ‧‧‧S13

Determine the position of the punch on the stamping stencil and check for other parts at that position. ‧‧S14

According to the inspection result, the corresponding hole is generated at the position of the punch when inserted in the stamping stencil ‧‧S15

Insert the punch into the hole of the stamping stencil and fix it with the fixing part ‧‧‧S16

Claims (4)

A punching machine and a generating system for a corresponding hole on a stamping template are run in a computer, the system comprising: a setting module for setting a specification parameter of the punch and a fixing manner of the punch on the stamping template; a group, configured to determine whether the specification parameter is within a reasonable range; and generating a module, configured to generate a punch according to the set specification parameter when the specification parameter is within a reasonable range, and Generating a fixed part according to the fixing manner; inspecting a module for determining a position of the punch on the stamping template and checking whether there are other parts at the position; the generating module is further used when the punch is in the stamping template When there is no other part in the upper position, the corresponding hole is formed at the position when the punch is inserted into the punching template; and the inserting module is used to insert the generated punch into the corresponding hole and use the above generated fixing The part secures the punch to the stamping template and then forms a combined structural pattern. The punching machine according to claim 1, wherein the specification comprises a length and a width of the punch and an inclination angle of the punch on the stamping template. A method for generating a punch and a corresponding hole on a stamping template, the method comprising the steps of: setting a specification parameter of the punch and a fixing side of the punch on the stamping template When the specification parameter is within a reasonable range, the punch is generated according to the set specification parameter, or when the specification parameter is not within a reasonable range, return to the specification parameter of the set punch And a step of fixing the punch on the stamping template; generating a fixed part according to the fixing manner; determining a position of the punch on the stamping template and checking whether there are other parts at the position; when the punch is on the stamping template When there is no other part in the position, the corresponding hole is formed at the position when the punch is inserted into the punching template; and the generated punch is inserted into the corresponding hole, and the punch is fixed to the punch by the fixed part generated above On the template, a combined structure graphic is formed. The method for generating a punch according to the third aspect of the patent application and the corresponding hole on the stamping template, wherein the specification parameter comprises a length and a width of the punch and an inclination angle of the punch on the stamping template.