Linear vibrating motor
The present application relates to the technical field of electronics and provides a linear vibrating motor. The linear vibrating motor comprises a motor housing, a stator, a vibrator and an elastic support member through which the vibrator is suspended in the motor housing, wherein the elastic support member is configured to support the vibrator and to provide an elastic restoring force; the stator comprises a coil and a circuit board; the circuit board comprises a circuit connecting end, a coil securing end and a transitional connecting plate through which the circuit connecting end and the coil securing end are connected; and a coil securing plate that is not co-planer with the transitional connecting plate is disposed on the coil securing end and fixedly connected to the motor housing. The circuit board is compact in structure and does not take up the internal space of the motor housing.
1. A linear vibrating motor, comprising a motor housing, a stator, a vibrator and an elastic support member through which the vibrator is suspended in the motor housing, wherein the elastic support member is configured to support the vibrator and to provide an elastic restoring force, the stator comprises two coils and a circuit board, the circuit board comprises a circuit connecting end, a coil securing end and a transitional connecting plate through which the circuit connecting end and the coil securing end are connected, and two coil securing plates that are not coplanar with the transitional connecting plate are disposed on the coil securing end and fixedly connected to the motor housing,
wherein the motor housing comprises a first lateral housing and a second lateral housing, the first lateral housing comprises a first lateral plate, as well as a second lateral plate and a third lateral plate that are disposed at two ends of the first lateral plate, respectively, and the second lateral housing comprises a fourth lateral plate, as well as a fifth lateral plate and a sixth lateral plate that are disposed at two ends of the fourth lateral plate, respectively,
wherein the first lateral housing and the second lateral housing are fastened to form a closed space that accommodates the stator, the vibrator, and the elastic support member, and
wherein the two coil securing plates are disposed at two sides of the transitional connecting plate, parallel to the fifth lateral plate and the sixth lateral plate, and fixed to fifth lateral plate and the sixth lateral plate, respectively.
2. The linear vibrating motor according to claim 1 , wherein the coil securing plates are perpendicular to the transitional connecting plate.
3. The linear vibrating motor according to claim 1 , wherein the first lateral plate and the fourth lateral plate are parallel to each other and are in parallel with a vibrating direction of the vibrator.
4. The linear vibrating motor according to claim 3 , wherein the second lateral plate and the third lateral plate are parallel to each other, and are two lateral plates perpendicular to the vibrating direction of the vibrator of the motor housing; and
the fifth lateral plate and the sixth lateral plate are parallel to each other, and are two lateral plates parallel to the vibrating direction of the vibrator of the motor housing.
5. The linear vibrating motor according to claim 4 , wherein the first lateral plate is docked with and perpendicular to the fifth lateral plate and the sixth lateral plate;
the second lateral plate is docked with and perpendicular to the fourth lateral plate, the fifth lateral plate and the sixth lateral plate; and
the third lateral plate is docked with and perpendicular to the fourth lateral plate, the fifth lateral plate and the sixth lateral plate.
6. The linear vibrating motor according to claim 5 , wherein the transitional connecting plate is secured to the fourth lateral plate, the circuit connecting end is located on the outer side of the closed space formed by the first lateral housing and the second lateral housing, and the fourth lateral plate is provided with an extending portion configured to support the circuit connecting end.
7. The linear vibrating motor according to claim 1 , wherein the vibrator comprises a mass block and a magnet, and a mounting hole configured to mount the magnet is formed in the mass block.