The invention provides a multi-storage-chamber intelligent cabinet comprising a cabinet body, a controller and a lock mechanism. The cabinet body is provided with multiple storage chambers. The lock mechanism comprises lock portions and a connecting rod assembly, wherein the lock portions are arranged on the openable portions of all the storage chamber, the connecting rod assembly is arranged on the cabinet body and comprises row connecting rods and/or line connecting rods, each row connecting rod is matched with the lock portions of the corresponding row of storage chambers and locks or unlocks the lock portions of the corresponding row of storage chambers, and each line connecting rod is matched with the lock portions of the corresponding line of storage chambers and locks or unlocks the lock portions of the corresponding line of storage chambers. The row connecting rods and/or the line connecting rods are connected with the controller. In the locked state, the lock portions and the row connecting rods and/or the line connecting rods cannot be disengaged. In the unlocked state, the lock portions and the row connecting rods and/or the line connecting rods can be disengaged. The controller is used for controlling the row connecting rods and/or the line connecting rods to conduct linear movement and/or axial rotation, so that conversion from the state of pre-unlocking the locked storage chambers to the unlocking state is achieved. According to the multi-storage-chamber intelligent cabinet, conversion between the unlocking state and the locking state is achieved through the linear movement and rotation of the different connecting rods, and therefore the change between the locked state and the unlocked state of the storage chambers is achieved. The multi-storage-chamber intelligent cabinet has the advantages of being simple in structure, stable, reliable, safe and firm.