Mould with waste material slide-out component

Abstract

The invention discloses a die with a scrap sliding-out component, which comprises a scrap sliding chute (7) inclinedly arranged above a lower die (2). A rotating wheel mechanism (1) is arranged on and fixedly connected with one side of the lower die (2), a driving reciprocating mechanism spaced with the rotating wheel mechanism (1) is also arranged on the lower die (2), a rotary lug (6) is arranged at the end part of driving reciprocating mechanism and is fixedly connected with the lower surface of the scrap sliding chute (7), and a rotating wheel of the rotating wheel mechanism (1) is in rolling contact with the lower surface of the scrap sliding chute (7). By using the structure, the die with the scrap sliding-out component can reduce the angle of the scrap sliding chute, thereby widening the though of designing the die with the scrap sliding-out component.

Description

technical field [0001] The invention relates to moulds, and more particularly to a mold with a waste slide-out part. Background technique [0002] An existing mold with a waste material slide-out part is usually used in a non-manually operated stamping line such as a high-speed line and a multi-station. The angle of the waste chute is more than 25 degrees, which requires a larger height of the mold space. When the height of the mold space is small, it will lead to difficulties in removing waste or poor sliding, instead of manual operation of the punching line. The smoothness of the waste material sliding is strictly required, and the waste material is not allowed to be difficult to slide or the material is not smooth. Since there is no manual auxiliary discharge of the waste material, once the waste material is accumulated due to poor sliding, it will cause the production line to stop. Therefore, the design of the mold is limited. Contents of the invention [0003] The t...

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Problems solved by technology

[0002] An existing mold with a waste material slide-out part is usually used in a non-manually operated stamping line such as a high-speed line and a multi-station. The angle of the waste chute is more than 25 degrees, which requires a larger height of the mold space. When the height of the mold space is small, it will lead to difficulties in removing waste or poor sliding, instead of manual operation of the punching line. The smoothness of the waste material sliding is strictly required, and the waste material is not allowed to be difficult to slide or the material is not smooth. Since there is no manual auxiliary discharge of the waste material, once the waste material is accumulated due to poor sliding, it will cause the production line to stop. Therefore, the design of the mold is limited

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