electronic device

Abstract

The invention provides an electronic device. The electronic device comprises a shell, a first operation contact part, a first joint part, a processing module and a first vibration block; the shell is provided with a first opening; the first operation contact part is used for being contacted by a user while the user operates the electronic device; the first operation contact part is arranged at the first opening, and matched with the first opening; the first joint part is used for connecting the first opening with the first operation contact part, so that the first operation contact part is fixed on the shell; the processing module is positioned in the shell; the first vibration block and the processing module are coupled; the first vibration block is positioned in the shell and arranged on the inner wall of the first operation contact part; and, when the processing module controls the first vibration block to vibrate, vibration generated by the first vibration block is transmitted to the user only through the first operation contact part.

Description

technical field [0001] The invention relates to the field of electronic devices, in particular to an electronic device including a vibrating block. Background technique [0002] At present, the input method of most handheld electronic products is screen touch point selection, and usually adopts a vibration feedback method to respond to the user's click. When the vibration feedback method is adopted, a vibration module needs to be installed inside the electronic device, and the vibration module generates shaking power through a power supply, and the shaking power is transmitted to the user through the electronic device. [0003] Due to the limitations of mechanical principles, the greater the mass of the electronic device to be vibrated (for example, a mobile phone with a large screen size), the greater the vibration force generated by the vibration module is required, and then a high-power vibration module needs to be installed, but the high-power vibration The larger the v...

AI Technical Summary

Problems solved by technology

[0003] Due to the limitations of mechanical principles, the greater the mass of the electronic device to be vibrated (for example, a mobile phone with a large screen size), the greater the vibration force generated by the vibration module is required, and then a high-power vibration module needs to be installed, but the high-power vibration The larger the volume of the electronic device that the module needs to occupy, in this way, for the streamlined handheld electronic device, the vibration module is difficult to place, and the high-power vibration module will also consume more power

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