Capsule Discharge Sieve With Perforation Element for Plastic Puncturing

The puncturing function is segmented from the discharge device. The perforation element is a separate, simple component that can be easily manufactured and replaced, while the discharge device with sieve structure handles the filtration. This segmentation allows the puncturing element to be simple yet effective, resolving the contradiction between puncturing reliability and manufacturing ease.

Instead of making the discharge device itself sharp and complex to puncture the capsule, the invention inverts the approach by adding a separate, simple perforation element to the discharge device. The discharge device remains simple to manufacture, while the perforation element provides the necessary sharpness for effective puncturing.

The discharge device is segmented into two functional parts: a sieve structure with fine perforations for filtration and a separate perforation element for puncturing. The sieve structure provides fine filtration with small perforations, while the perforation element ensures reliable liquid flow through its larger opening, resolving the contradiction between filter effectiveness and liquid flow reliability.

The perforation element acts as an intermediary between the capsule interior and the sieve structure. It creates the initial opening in the capsule wall and guides the liquid flow through the sieve, allowing the sieve to focus on filtration while the perforation element ensures reliable liquid introduction.

Instead of using a complex ribbed structure to rupture the capsule from the outside, the invention inverts the approach by using a simple perforation element that creates controlled openings. The capsule rupture is achieved through precise perforation rather than external pressure against ribs, simplifying the device structure while maintaining effectiveness.

The perforation element performs preliminary action by creating openings in the capsule wall before the liquid is introduced. This preliminary perforation eliminates the need for complex ribbed structures to rupture the capsule under pressure, as the openings are already prepared for controlled liquid flow.

The discharge function is segmented into two components: a sieve structure with multiple fine perforations for filtration and a separate perforation element for creating openings in the capsule. This segmentation allows the sieve to provide extensive filtration surface area for high discharge capability, while the perforation element remains simple to manufacture, resolving the contradiction between productivity and ease of manufacture.

The invention merges the puncturing function and the discharge function into a single integrated device. The perforation element and sieve structure work together as a unified system, where the perforation element creates openings and the sieve structure handles both filtration and discharge, simplifying production while maintaining high discharge capability.