An air pump control system (100; 200) comprising: an air pump (101; 201, 216) for inflating or deflating an inflatable body; a switching driving device (102; 202) including a motor driving unit (107; 207) and an air passage switching device (108; 208), the air passage switching device (108; 208) being connected to said air pump (101; 201, 216), the motor driving unit (107; 207) being adapted to drive the air passage switching device (108; 208) to switch between two or more air passages; an air pressure sensor (103; 203) for detecting an internal air pressure value of said inflatable body and adapted to generate an internal pressure signal associated with said internal air pressure value and send said internal pressure signal to a central control unit (104; 204); characterized in that it further comprises: a position signal generating device (105; 205) connected to the central control unit (104; 204); wherein said central control unit (104; 204) is connected to said air pump (101; 201, 216), said motor driving unit (107; 207) and said air pressure sensor (103; 203), and said central control unit (104; 204) is adapted to send a driving signal to drive said motor driving unit (107; 207) so as to activate the switching between said air passages, and to send an activation signal or a deactivation signal to said air pump (101; 201, 216) according to the internal air pressure value of said inflatable body detected by said air pressure sensor (103; 203) and a pre-set inflating air pressure value so as to activate or deactivate said air pump (101; 201, 216); and wherein said position signal generating device (105; 205), when triggered bv said air passage switchina device (108; 208), generates a position feedback signal and send said position feedback signal to said control unit (104; 204), and said central control unit (104; 204) is adapted to send a deactivation signal to said motor driving unit (107; 207) to deactivate the air passage switching device (108; 208) after said central control unit (104; 204) receives said position feedback signal from said position signal generating device (105; 205). an air pump (101; 201, 216) for inflating or deflating an inflatable body; a switching driving device (102; 202) including a motor driving unit (107; 207) and an air passage switching device (108; 208), the air passage switching device (108; 208) being connected to said air pump (101; 201, 216), the motor driving unit (107; 207) being adapted to drive the air passage switching device (108; 208) to switch between two or more air passages; an air pressure sensor (103; 203) for detecting an internal air pressure value of said inflatable body and adapted to generate an internal pressure signal associated with said internal air pressure value and send said internal pressure signal to a central control unit (104; 204); characterized in that it further comprises: a position signal generating device (105; 205) connected to the central control unit (104; 204); wherein said central control unit (104; 204) is connected to said air pump (101; 201, 216), said motor driving unit (107; 207) and said air pressure sensor (103; 203), and said central control unit (104; 204) is adapted to send a driving signal to drive said motor driving unit (107; 207) so as to activate the switching between said air passages, and to send an activation signal or a deactivation signal to said air pump (101; 201, 216) according to the internal air pressure value of said inflatable body detected by said air pressure sensor (103; 203) and a pre-set inflating air pressure value so as to activate or deactivate said air pump (101; 201, 216); and wherein said position signal generating device (105; 205), when triggered bv said air passage switchina device (108; 208), generates a position feedback signal and send said position feedback signal to said control unit (104; 204), and said central control unit (104; 204) is adapted to send a deactivation signal to said motor driving unit (107; 207) to deactivate the air passage switching device (108; 208) after said central control unit (104; 204) receives said position feedback signal from said position signal generating device (105; 205).