The observation of the dynamic localization in shaken optical lattices is studied theoretically. We focus on the accessibility to detect the dynamic localization through the miniband formed by the dipole-forbidden transition 1S0-3P0 of ultracold 87Sr atoms loaded in shaken optical lattices. Particularly, we propose an easily-manipulated shaking method, and present the corresponding effective time-periodic field for this shaking protocol in theory. The detailed experimental conditions to observe the dynamic localization are calculated for different shaking methods. By careful comparisons with other two traditional shaking protocols, we conclude that the new method is totally realizable in addition to easily-manipulated in such system.