Anti-shake assembly, camera module and electronic equipment

Abstract

An anti-shake assembly, a camera module and an electronic device, the anti-shake assembly comprises a bottom plate, a bearing part, a driving structure, two first suspension lines and two second suspension lines, the bearing part is slidably connected to the bottom plate, the bearing part is used for bearing a to-be-anti-shake part, and one outer side surface of the bearing part is connected with the two first suspension lines which are arranged in a crossed manner, so that the anti-shake part is prevented from shaking. Two second suspension wires which are arranged in a crossed mode are connected to the opposite outer side faces of the bearing part, a driving structure is arranged to be connected with the first suspension wires and the second suspension wires, the first suspension wires and the second suspension wires are fixed to a winding carrier of the driving structure, and the winding carrier rotates so that the first suspension wires and the second suspension wires can be wound on the winding carrier. Therefore, the first suspension line and the second suspension line are accurately controlled to move, when the position of the to-be-anti-shake piece deviates, the to-be-anti-shake piece is driven to reset accurately, the interference problem between the first suspension line and the second suspension line can be effectively avoided, and it is guaranteed that the anti-shake assembly can achieve the corresponding anti-shake effect.

Description

technical field [0001] The field belongs to the field of anti-shake technology, and in particular, relates to an anti-shake component, a camera module and an electronic device. Background technique [0002] With the development of refined technology, people are easily affected by jitter in the process of refined operations (such as shooting), which affects the quality of finished products. Therefore, anti-shake components are particularly concerned as the core components for realizing the anti-shake function. However, when performing anti-shake control of the anti-shake component in the traditional anti-shake component, the wiring control is usually performed at the bottom of the anti-shake component. When rotating and moving at the angle of θ, the interference problem between the bottom traces is prone to occur. Moreover, when the traditional anti-shake component is driven with the anti-shake component, it is difficult to accurately reset it to the initial position, so that...

AI Technical Summary

Problems solved by technology

However, when the traditional anti-shake component performs anti-shake control on the anti-shake component, it usually controls the wiring at the bottom of the anti-shake component. When rotating and moving at an angle of θ, interference between the bottom traces is likely to occur, and when the traditional anti-shake component is driven with an anti-shake component, it is difficult to accurately reset it to the initial position, thus failing to achieve better anti-shake moving effect

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