A speaker assembly includes a support structure and a tactile vibrator coupled to the support structure. The tactile vibrator includes a plurality of rigid members coupled to a plurality of suspension members. Each rigid member of the plurality of rigid members has at least one magnetic member coupled thereto for generating tactile vibrations during operation of the speaker assembly. A headphone includes the speaker assembly. A method of operating a speaker assembly includes driving a tactile vibrator having a plurality of magnetic members coupled to a plurality of rigid members and a plurality of suspension members to cause tactile vibrations in the speaker assembly.

A speaker frame, including: a vibration support portion supporting a vibrating body of a speaker; a magnet support portion arranged inside of said vibration support portion and supporting magnetic circuit portion of said speaker; and a plurality of connection beams connecting said vibration support portion and said magnet support portion, wherein the vibration support portion and the magnet support portion have a circular ring shape having the same major axis length and minor axis length, said plurality of connection beams are arranged radially centering on a central axis from said magnet support portion to said vibration support portion, the central axis being parallel to a direction of an acoustic radiation, and a length of one of said connection beams and a length of another connection beams are different from each other.

An apparatus includes a surface arranged to be mechanically displaced, a first permanent magnet coupled with the surface, at least one supporting member for supporting the surface, a base, a second permanent magnet, a coil coupled with the second magnet, and a signal port electrically coupled with the coil. An electrical signal is configured to travel between the signal port and the coil. The electrical signal in the coil is proportional to mechanic displacement of the surface when a force equilibrium state of the surface is broken by the electrical signal in the coil or the mechanic displacement of the surface from a position of the force equilibrium state. The coil is arranged at least partially between the first magnet and the second magnet or around one of the first magnet, the second magnet. Either the same or different polarities of the first and second magnets are arranged to directly face each other at a distance.

A multifunction apparatus, comprising an outer housing and a vibration system, a magnetic circuit system and an elastic supporting member. The magnetic circuit system is fixed by the elastic supporting member and is suspended inside the outer housing. The vibration circuit system comprises a diaphragm and a voice coil. The elastic support member comprises a first fixing portion and a second fixing portion having different heights, and a deformation portion connected with the first fixing portion and the second fixing portion. An orthographic projection of the elastic supporting member in a vibration direction is a polygon or an oval shape. The first fixing portion or the second fixing portion is located at an edge of the elastic supporting member, and four straight edges of the first fixing portion or the second fixing portion are disposed corresponding to a rectangular bottom wall of the magnetic circuit system or the outer housing. The elastic supporting member of the invention does not occupy a horizontal space of the magnetic circuit system, and thus a magnet with large size can be accommodated, and a BL value of a vibrating sound-producing apparatus can be increased; further, since the elastic supporting member is a three-dimensional structure, the length and width of the deformation portion is not limited, facilitating adjustment of an F0 value of the vibrating sound-producing apparatus.

The present invention provides a speaker includes a frame, a vibration system, and a magnetic circuit system. The vibration system includes a diaphragm, a voice coil assembly, and a printed circuit board. The printed circuit board is arranged on both sides of the speaker. The magnetic circuit system includes a magnetic bowl and a magnet assembly. The printed circuit board includes a first fixing portion mounted with the frame, a second fixing portion mounted with the voice coil assembly, and a connecting portion. The connecting portion extends toward a direction of the magnet assembly until a part of a projection of the connecting portion along a vibration direction of the diaphragm is located on the magnet assembly. The speaker can increase the length of the force arm under the premise of minimizing the loss of BL, and improve the acoustic performance of the product.

The present disclosure relates to an earphone and a transducer device thereof. The transducer device may include a first magnet conductor, a coil, and a magnet assembly. An orthographic projection of the coil on a reference plane perpendicular to a first reference direction may surround an orthographic projection of at least a portion of the first magnet conductor on the reference plane. An orthographic projection of the magnet assembly on the reference plane may surround a periphery of the orthographic projection of the coil on the reference plane. One of the first magnet conductor and the magnet assembly may be connected to the coil. A magnetic field generated by the coil after an excitation signal is input may interact with a magnetic field generated by the magnet assembly to cause the first magnet conductor to move relative to the magnet assembly.

The present disclosure relates to an earphone and a transducer device thereof. The transducer device may include a first magnet conductor, a coil, and a magnet assembly. An orthographic projection of the coil on a reference plane perpendicular to a first reference direction may surround an orthographic projection of at least a portion of the first magnet conductor on the reference plane. An orthographic projection of the magnet assembly on the reference plane may surround a periphery of the orthographic projection of the coil on the reference plane. One of the first magnet conductor and the magnet assembly may be connected to the coil. A magnetic field generated by the coil after an excitation signal is input may interact with a magnetic field generated by the magnet assembly to cause the first magnet conductor to move relative to the magnet assembly.

The present disclosure relates to an earphone and a transducer device thereof. The transducer device may include a first magnet conductor, a coil, and a magnet assembly. An orthographic projection of the coil on a reference plane perpendicular to a first reference direction may surround an orthographic projection of at least a portion of the first magnet conductor on the reference plane. An orthographic projection of the magnet assembly on the reference plane may surround a periphery of the orthographic projection of the coil on the reference plane. One of the first magnet conductor and the magnet assembly may be connected to the coil. A magnetic field generated by the coil after an excitation signal is input may interact with a magnetic field generated by the magnet assembly to cause the first magnet conductor to move relative to the magnet assembly.

A speaker apparatus capable of operating in a large amplitude regime by minimizing magnetic loss, is provided. The speaker device includes a magnet configured to generate a magnetic flux, a pole piece configured to form a path of the magnetic flux generated by the magnet, a back plate provided at a lower end of the pole piece to support the magnet, and a plate provided to form a magnetic gap between the plate and the pole piece. Several plates may be provided so that the magnetic gap is expanded to enlarge amplitude of output sound.

Disclosed is a vibration sound-producing apparatus. A sound output aperture of the vibration sound-producing apparatus is provided at a lateral surface. A diaphragm corresponds to the position of the sound output aperture. A flat sound coil is perpendicular to the diaphragm. A magnet is parallel to the sound coil. The vibrating direction of the sound coil avoids a thickness direction. The vibrating direction of the magnet and a mass block also avoids the thickness direction. The mass block is fixedly joined to a housing via a flexible piece. This facilitates reduced product thickness, increased product performance, and a simplified product production process. Therefore, the vibration sound-producing apparatus of the present invention has the advantages of a great thickness-reduced design, great performance, and simple assembly.