Double-power-supply complex control device

A double-power-supply complex control device characterized in that the double-power-supply complex control device at least comprises a main body, a first control section, a second control section, a third control section and a fourth control section being respectively disposed in the main body, a first main flow way, a second main flow way, a third main flow way and a fourth main flow way being respectively correspondingly disposed at a center of the first, second, third and fourth control sections, a circumference of the first main flow way being sequentially in communication with a first pre-output bypass, a second pre-output bypass, a third pre-output bypass and a fourth pre-output bypass, a circumference of the second main flow way being sequentially in communication with a first pre-input bypass, a second pre-input bypass, a third pre-input bypass and a fourth pre-input bypass, a circumference of the third main flow way being sequentially in communication with a first post-output bypass, a second post-output bypass, a third post-output bypass and a fourth post-output bypass, a circumference of the fourth main flow way being sequentially in communication with a first post-input bypass, a second post-input bypass, a third post-input bypass and a fourth post-input bypass, the first pre-output bypass being in communication with the first pre-input bypass, the first post-output bypass being in communication with the first post-input bypass, the fourth pre-output bypass being in communication with the fourth post-input bypass;

• the second and fourth post-output bypasses and the third pre-output bypass are in communication with a first load flow way and the third and fourth pre-input bypasses and the second post-input bypass are in communication with a second load flow way, and a switch assembly composed of a first switch member, a second switch member, a third switch member and a fourth switch member, which are respectively sequentially disposed in the first, second, third and fourth main flow ways, a first flow guide passage, a second flow guide passage, a third flow guide passage and a fourth flow guide passage being respectively disposed in the first, second, third and fourth switch members in communication with the first, second, third and fourth main flow ways, an outer circumference of each switch member being formed with a first lower flow guide window, a second lower flow guide window, a third lower flow guide window and a fourth lower flow guide window in communication with the first, second, third and fourth flow guide passages, the first, second, third and fourth switch members being drivable to switch the first lower flow guide window between the first, second, third and fourth pre-output bypasses to selectively communicate with the first, second, third and fourth pre-output bypasses, the second lower flow guide window between the first, second, third and fourth pre-input bypasses to selectively communicate with the first, second, third and fourth pre-input bypasses, the third lower flow guide window between the first, second, third and fourth post-output bypasses to selectively communicate with the first, second, third and fourth post-output bypasses and the fourth lower flow guide window between the first, second, third and fourth post-input bypasses to selectively communicate with the first, second, third and fourth post-input bypasses.