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The mass and current coupling of the resonance $Z_b(10610)$ are evaluated using QCD two-point sum rule and taking into account the vacuum condensates up to ten dimensions. We study the vertices $ Z_b\\Upsilon(nS)\\pi\\ (n=1,2,3)$ by applying the QCD light-cone sum rule to compute the corresponding strong couplings $g_{Z_b\\Upsilon(nS)\\pi}$ and widths of the decays $Z_b \\to \\Upsilon(nS)\\pi$. 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