An apparatus for false triggering wakeup prevention, arranged in an intelligent terminal, the apparatus comprising: a touch sensing module, a proximity sensing module and an application processing module, characterized in that the apparatus further comprises a NAND logic module and an AND logic module, wherein a first input of the AND logic module is connected to the touch sensing module, a second input of the AND logic module is connected to an output of the NAND logic module, and an output of the AND logic module is connected to the application processing module; a first input of the NAND logic module is connected to the proximity sensing module, and a second input of the NAND logic module is connected to the application processing module; and when an initial state of the application processing module is a standby state, a first input value is inputted to the second input of the NAND logic module; or when the initial state of the application processing module is an awake state, a second input value is inputted to the second input of the NAND logic module, the first input value being different from the second input value, wherein the touch sensing module comprises a plurality of touch sensing units (120, 140), the AND logic module comprises a plurality of AND logic units, and a number of the AND logic units is the same as a number of the touch sensing units; a first input of each of the plurality of the AND logic units is connected to a respective touch sensing unit, a second input of the each of the plurality of the AND logic units is connected to the output of the NAND logic module, and an output of the each of the plurality of the AND logic units is connected to the application processing module, and the apparatus for false triggering wakeup prevention is configured to determine whether to wake up the application processing module according to output values of the plurality of the AND logic units. a first input of the AND logic module is connected to the touch sensing module, a second input of the AND logic module is connected to an output of the NAND logic module, and an output of the AND logic module is connected to the application processing module; a first input of the NAND logic module is connected to the proximity sensing module, and a second input of the NAND logic module is connected to the application processing module; and when an initial state of the application processing module is a standby state, a first input value is inputted to the second input of the NAND logic module; or when the initial state of the application processing module is an awake state, a second input value is inputted to the second input of the NAND logic module, the first input value being different from the second input value, wherein the touch sensing module comprises a plurality of touch sensing units (120, 140), the AND logic module comprises a plurality of AND logic units, and a number of the AND logic units is the same as a number of the touch sensing units; a first input of each of the plurality of the AND logic units is connected to a respective touch sensing unit, a second input of the each of the plurality of the AND logic units is connected to the output of the NAND logic module, and an output of the each of the plurality of the AND logic units is connected to the application processing module, and the apparatus for false triggering wakeup prevention is configured to determine whether to wake up the application processing module according to output values of the plurality of the AND logic units.