According to our established models, each of the three weaves comprises twenty weft threads intersected by twenty warp threads, resulting in a combined total of 400 crossing points. However, a crossing point is recognized as a genuine entanglement only when the movement of the strand is mechanically impeded by its neighboring strands. For instance, in both the 2/1 mixed weave and the 2/2 basket weave, the four crossing points featuring the over-over-under-under (O-O-U-U) pattern are counted as two valid entanglements. Although all weaves possess identical chemical compositions, the total number and density of entanglements (400 in plain weave, 200 in mixed weave and 100 in basket weave) vary directly with the weaving pattern. We envisage that these differences would directly impact the dynamics and mechanical properties of the woven polymers.