2results about How to "Ensure vibration" patented technology

The application discloses a loudspeaker and an electronic device, and belongs to the technical field of electronic devices. The loudspeaker comprises a support, a diaphragm, a voice coil, a driving magnet and a flexible circuit board. The diaphragm comprises a fixed part, a ball top part and a folded ring part. The fixed part is connected with the support, and the ball top part is connected with the fixed part through the folded ring part. The voice coil is connected with the ball top part. The driving magnet is installed on the support and is used to drive the voice coil to drive the ball top part to vibrate. The voice coil and the driving magnet are located on a first side of the diaphragm, and the flexible circuit board is located on a second side of the diaphragm. The flexible circuit board is installed on the support, and the voice coil is connected with the flexible circuit board. The flexible circuit board is used to at least supply power for the voice coil.

This application discloses an assembled ball cage cage, employing a modular, split-type architecture. It includes multiple cage units and two sets of retaining rings. Each cage unit is circumferentially assembled to form a cage body with concentric inner and outer spherical surfaces. The cage body has circumferentially distributed openings. The retaining rings achieve axial positioning and locking of the cage body. After connecting to the cage body, the end face of the retaining ring is parallel to the long side of the opening. Through the combination of multiple cage units and two sets of retaining rings, the modular design allows for the replacement of only damaged cage units, reducing maintenance costs. The cage units can be mass-produced, further reducing manufacturing costs. The assembled units form precise concentric spherical surfaces, ensuring the stability of the steel ball's trajectory and reducing vibration and noise. The parallel design of the retaining rings to the end face of the cage body ensures uniform force distribution on the long side of the opening, avoiding increased friction due to axial misalignment. By replacing individual units, the overall service life of the cage is extended.