The embodiments of the present application relate to the technical field of camera devices, and disclose a camera module that uses the magnetic force between the driving coil group and the driven magnetic member group to achieve non-contact driving of the shading blade by the blade driving mechanism, so that the blade driving mechanism and the autofocus mechanism operate independently of each other without interference. Moreover, since the cylinder, the lens, the driving coil group, and the blade support member are all assembled along the optical axis, which avoids multi-directional protrusions of the camera module. The camera module provided according to the present application has a more concise structure and uses fewer components, which can reduce the assembly difficulty and manufacturing cost of the camera module. The present application also discloses an electronic device including a device body and a camera module arranged on the device body.

The embodiments of the present application relate to the technical field of camera devices, and disclose a camera module that uses the magnetic force between the driving coil group and the driven magnetic member group to achieve non-contact driving of the shading blade by the blade driving mechanism, so that the blade driving mechanism and the autofocus mechanism operate independently of each other without interference. Moreover, since the cylinder, the lens, the driving coil group, and the blade support member are all assembled along the optical axis, which avoids multi-directional protrusions of the camera module. The camera module provided according to the present application has a more concise structure and uses fewer components, which can reduce the assembly difficulty and manufacturing cost of the camera module. The present application also discloses an electronic device including a device body and a camera module arranged on the device body.

The embodiments of the present application relate to the technical field of camera devices, and disclose a camera module that uses the magnetic force between the driving coil group and the driven magnetic member group to achieve non-contact driving of the shading blade by the blade driving mechanism, so that the blade driving mechanism and the autofocus mechanism operate independently of each other without interference. Moreover, since the cylinder, the lens, the driving coil group, and the blade support member are all assembled along the optical axis, which avoids multi-directional protrusions of the camera module. The camera module provided according to the present application has a more concise structure and uses fewer components, which can reduce the assembly difficulty and manufacturing cost of the camera module. The present application also discloses an electronic device including a device body and a camera module arranged on the device body.

The embodiments of the present application relate to the technical field of camera devices, and disclose a camera module that uses the magnetic force between the driving coil group and the driven magnetic member group to achieve non-contact driving of the shading blade by the blade driving mechanism, so that the blade driving mechanism and the autofocus mechanism operate independently of each other without interference. Moreover, since the cylinder, the lens, the driving coil group, and the blade support member are all assembled along the optical axis, which avoids multi-directional protrusions of the camera module. The camera module provided according to the present application has a more concise structure and uses fewer components, which can reduce the assembly difficulty and manufacturing cost of the camera module. The present application also discloses an electronic device including a device body and a camera module arranged on the device body.