Abstract: The present invention provides a handheld device includes a housing having an opening, a button contained in the housing and partially extending out of the housing from the opening, a sensor connected to the button to detect pressing states of the button, a chip electrically connected to the sensor, a vibration motor disposed on a side of the sensor, and an elastic connector. A suspension structure composed of the button, the sensor, and the vibration motor is connected to the housing through the elastic connector. The handheld device of the present invention can provide a plurality of tactile feedbacks of different frequencies, different durations, and different vibration times in different scenarios. The design of the suspension structure can concentrate the tactile feedback in a button area, which allowing one button to be used for multiple purposes, making the handheld device can adapt to different scenarios and meet different needs.

Abstract: Provided is a scene-based vibration feedback method, including: step A of presetting scenes in an application as specific scenes; step B of presetting vibration senses corresponding to the specific scenes; and step C of monitoring a scene currently occurring in the application in real time while the application is running, and providing a corresponding vibration sense when the monitored scene is one of the specific scenes. The step B further comprises: presetting vibration sense information corresponding to the vibration senses; and presetting a correspondence between the specific scenes and the vibration sense information. The step C further comprises: acquiring, when the monitored scene is one of the specific scenes, vibration sense information corresponding to the one specific scene according to the correspondence; and driving a motor built in a terminal to vibrate in accordance with the vibration sense information acquired in the step C1.

Abstract: Provided is a scene-based vibration feedback method, including: step A of presetting scenes in an application as specific scenes; step B of presetting vibration senses corresponding to the specific scenes; and step C of monitoring a scene currently occurring in the application in real time while the application is running, and providing a corresponding vibration sense when the monitored scene is one of the specific scenes. The step B further comprises: presetting vibration sense information corresponding to the vibration senses; and presetting a correspondence between the specific scenes and the vibration sense information. The step C further comprises: acquiring, when the monitored scene is one of the specific scenes, vibration sense information corresponding to the one specific scene according to the correspondence; and driving a motor built in a terminal to vibrate in accordance with the vibration sense information acquired in the step C1.