Wearable electronic equipment

The invention discloses wearable electronic equipment which comprises a body unit and M vibration units. The body unit comprises a processor and at least comprises a first face capable of making contact with the body of a user. The M vibration units are arranged on the first face and distributed according to a preset distribution rule. The processor is used for detecting the first information required to be output to the user to obtain a first application program in the body unit and controlling vibration combination units corresponding to the first information in the M vibration units to conduct vibration based on the first information so as to solve the technical problem that in the prior art, existing electronic equipment cannot obtain more complex information through vibration hints of the electronic equipment. The technical effect that the user obtains the complex information through the vibration combination units of the wearable electronic equipment is achieved.