This　paper　concentrates　on　the　issue　of　anti-disturbance　bumpless　transfer　(ADBT)　control　design　for　switched　systems.　The　ADBT　control　design　problem　refers　to　designing　a　continuous　controller　and　a　switching　rule　to　ensure　the　switched　system　satisfies　the　ADBT　property.　First,　the　concept　of　the　ADBT　property　is　introduced.　Then,　via　a　switched　equivalent-input-disturbance　(EID)　methodology,　a　switched　EID　estimator　is　formulated　to　estimate　the　impact　of　external　disturbances　within　the　switched　system.　Second,　a　bumpless　transfer　control　is　then　constructed　via　a　compensator　integrating　an　EID　estimation.　Finally,　the　effectiveness　of　the　presented　control　scheme　is　verified　by　controlling　a　switching　resistor-inductor-capacitor　circuit　on　the　Matlab　platform.　Above　all,　a　new　configuration　for　ADBT　control　of　switched　systems　is　established　via　a　switched　EID　methodology.