\[ \large \displaystyle\int _{ 0 }^{ 1 }{ { 2 }^{ x }\sin { x } \, dx } =\dfrac { H-U\cos { M } +\ln { { M }_{ 1 } } \sin { U_1 } }{ M+(\ln S)^S } \]

The equation above holds true for positive integers \(H,U,M,M_1,U_1,S\). Find \(H+U+M+M_1+U_1+S\).

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