一种球拍外形切割用刀模

By introducing a sharp-angle thin-blade structure and a semi-open venting and demolding pipe into the die-cutting mold, the problems of material tearing and untimely venting caused by traditional die-cutting molds are solved, achieving efficient cutting and ensuring material integrity.

CN224509938UActive Publication Date: 2026-07-17XIAMEN CARBON ROCK MATERIAL TECHNOLOGY CO LTD

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Utility models(China)
Current Assignee / Owner
XIAMEN CARBON ROCK MATERIAL TECHNOLOGY CO LTD
Filing Date
2025-08-28
Publication Date
2026-07-17

AI Technical Summary

Technical Problem

Traditional die-cutting edge design leads to material tearing and untimely venting, affecting cutting efficiency and material integrity.

Method used

Design a die for cutting racket shapes, using square and round punching blades with acute-angle thin blade structure, combined with a semi-open venting and demolding pipe to ensure that the material has sufficient elastic space during cutting and that air is discharged in time.

Benefits of technology

It effectively avoids material tearing, improves cutting quality, ensures the physical properties of the material and cutting precision, and enhances the versatility and cutting efficiency of the die.

✦ Generated by Eureka AI based on patent content.

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Abstract

本实用新型涉及刀模技术领域,具体涉及为一种球拍外形切割用刀模,包括刀模主体,所述刀模主体包括拍柄刀模、拍面刀模,所述拍面刀模固定连接于所述拍柄刀模末端缺口处,所述拍面刀模设置为正面开口的结构,所述拍面刀模内部固定设置有若干个方形冲切刃以及若干个圆形冲切刃,所述拍面刀模背面固定设置有若干个排气脱模管,本实用新型通过刀模主体、方形冲切刃和圆形冲切刃上端设置为锐角薄刃结构,下端设置为逐渐变窄且与上端通过平滑圆弧过渡的结构,避免材料表层撕裂,保障了软夹层的物理性能,同时通过排气脱模管远离拍面刀模的一端设置为半开口结构,切割时可以及时排出空气,防止空气形成气阻导致切割面出现褶皱,保证了切割质量。
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Claims

1. A cutter die for cutting a racket profile, characterized by: Includes a die-cutting body (1), which includes a handle die-cutting (8) and a face die-cutting (10). The slapping die (10) is fixedly connected to the notch at the end of the slapping handle die (8). The slapping die (10) is configured with a front opening. Several square punching blades (2) and several round punching blades (3) are fixedly arranged inside the slapping die (10). Several exhaust and demolding pipes (4) are fixedly arranged on the back of the slapping die (10).

2. The knife pattern for cutting the racket profile according to claim 1, characterized in that: Several square cutting blades (2) are arranged in a ring inside the slapping die (10). Several square cutting blades (2) are located inside the slapping die (10) near the edge, and the square cutting blades (2) extend to the outside of the opening of the slapping die (10).

3. A knife pattern for racket profile cutting according to claim 2, characterized in that: The circular cutting blades (3) are linearly distributed inside the face die (10), and several circular cutting blades (3) are disposed inside the square cutting blades (2), and several square cutting blades (2) are arranged around the outside of the circular cutting blades (3). The circular cutting blades (3) extend to the outside of the opening of the face die (10).

4. The knife pattern for cutting the racket profile according to claim 1, characterized in that: The upper ends of the die body (1), the square cutting blade (2), and the circular cutting blade (3) are configured with acute-angle thin blade structures, and the lower ends of the die body (1), the square cutting blade (2), and the circular cutting blade (3) are configured with gradually narrowing structures, and transitioning to the upper ends with smooth arc structures.

5. The knife pattern for cutting racket profile according to claim 1, characterized in that: The square punching blade (2) has a square waste demolding hole (7) that extends to the outer side of the back of the face-making die (10). The circular punching blade (3) has an elliptical waste demolding hole (5) that extends to the outer side of the back of the face-making die (10).

6. A knife pattern for racket profile cutting according to claim 5, characterized in that: The exhaust demolding pipe (4) is linearly distributed on the outer side of the back of the racket face die (10). The end of the exhaust demolding pipe (4) away from the racket face die (10) is set as a semi-open structure. The racket body demolding hole (6) is opened through the exhaust demolding pipe (4). The racket body demolding hole (6) extends to the inner side of the racket face die (10). The racket body demolding hole (6) and the elliptical waste demolding hole (5) are arranged alternately.

7. The cutting die for cutting the shape of a racket according to claim 1, characterized in that: Several elastic inserts (9) are fixedly provided at the notch of the handle die (8), and several insertion holes (11) are provided through the notch of the face die (10).