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The locking mechanism used by most flip caps uses a mortise and tenon structure. The mortise and tenon structure is an exquisite design. It is designed by designing a set of concave and convex, mortise and tenon structures of nested parts on the valve flip cover and at the liquid outlet. , to achieve a reliable locking state when the valve is closed. The shape and relative position of these parts are carefully designed to ensure that they snap together tightly when the valve is closed, forming a strong locking structure.
When the Silicone Valve Flip Top Cap is closed, the convex part of the tenon structure is nested with the corresponding groove or groove, or the tenon and the tenon are nested with each other. This design ensures that the closing position of the valve cannot be easily changed. The geometry and fit of the tenon structure enable the valve to resist external forces when in the locked state, preventing accidental opening due to vibration, extrusion or other forces.
The principle of using the tenon structure also involves the elasticity of the silicone material. Silicone itself has certain elastic properties, which allows the latch to quickly return to its original shape when unlocked. When the user applies unlocking force, slight deformation occurs between the concave and convex structures of the latch, allowing the valve to be opened. Once the unlocking operation is completed, the elasticity of the tenon structure will quickly cause the concave and convex to re-engage, ensuring that the valve can return to the locked state after the user releases the operation.
