Pipe Connector Gripper Teeth for Mixed-Hardness Pipe Retention

The patent applies local quality by varying the tooth characteristics at different locations around the clamping ring. Specifically, the teeth have different radial distances from the center axis, with some teeth extending further radially outward than others. This local variation allows different teeth to engage with pipes of different materials and shapes, improving gripping effectiveness while maintaining a relatively simple manufacturing process.

The patent implements asymmetry by positioning teeth at different radial distances from the center axis of the clamping ring. Instead of uniform circular arrangement, the teeth are asymmetrically distributed with varying distances, creating different engagement depths with the pipe surface. This asymmetric configuration enhances adaptability to various pipe materials and shapes, resolving the contradiction between manufacturing simplicity and gripping reliability.

The patent applies local quality by making teeth at different locations have different properties. Specifically, teeth are positioned at different radial distances from the center axis, creating local variations in engagement characteristics. This allows the same clamping ring to effectively grip different pipe materials (such as ductile iron and PVC) and shapes without requiring multiple specialized tools, thus improving adaptability while controlling device complexity.

The patent achieves universality by designing a single clamping ring with varied tooth configurations that can handle multiple pipe types. The teeth with different radial distances provide multi-functional capability, allowing the same device to effectively grip various pipe materials and shapes. This eliminates the need for multiple specialized clamping rings, reducing overall system complexity while enhancing adaptability.