Loudspeaker Transducer Fixing TRIZ Cases
- Headrest Dipole Loudspeaker Waveguide for Bass Sound Isolation
A headrest waveguide extends the dipole speaker path to boost bass SPL near the listener while reducing leakage and vibration transmission.
- Foldable Device Acoustic Conduit Layout for Unblocked Sound Paths
Multiple acoustic conduits route sound to the rear cover and flexible display, keeping speaker and receiver functions usable in folded and unfolded states.
- Dual-Mode Vibration Module for Sound and Haptic Space Saving
A single driving motor switches between sound generation and haptic vibration to cut internal space use and device cost.
- Oblique Bass Driver Layout for Compact Low-Distortion Speakers
An angled bass driver and elastomeric reflector-damper plate boost bass in a compact speaker while reducing acoustic frequency distortion.
- Speaker Module Resonance Cavity Using Shield Can and Through Hole
A through hole and connecting structure link speaker and shield-can spaces to improve low-frequency resonance without enlarging the device.
- Modular Speaker Cabinet With Adjustable Ports and Vibration Damping
Adjustable acoustic ports and damping layers let a modular speaker cabinet tailor bass and sound profile while limiting vibration.
- Speaker Magnetic Circuit Limiting Structure for Impact Stability
A limiting assembly between the clamping plate and damping component restrains magnetic circuit movement to prevent tearing under impact.
- Securement Arm Speaker Assembly With Acoustic Sealing for Audio Privacy
Aligned ports and three seals isolate speaker outputs inside a wearable arm, improving audio privacy, sound quality, and compact assembly.
- Speaker Module Anti-Overflow Structure for Damping Molding
An anti-overflow layer on the upper clamping plate blocks damping material overflow during molding, preserving vibration space and speaker performance.
- PCB Speaker Resonance Cavity Using a Shield Can
A shield can and PCB form a hermetic speaker resonance space, improving low-frequency sound quality without increasing device volume.
- Bone Conduction Speaker Housing With Sound-Guiding Holes for Leakage Control
Sound-guiding holes route internal waves to interfere with housing leakage in bone conduction speakers, cutting airborne sound without bulkier magnets.
- Liquid-Cooled Speaker Module for Accommodating Cavity Heat Dissipation
Cooling channels around the speaker driver and in an external pipe circulate liquid to move heat out of the cavity and reduce thermal damage risk.
- COF Porous Acoustic Material for Loudspeaker Low-Frequency Response
COF porous material increases loudspeaker cavity virtual volume while improving low-frequency response and acoustic consistency.
- Speaker Resonant Passage Structure for Slot-Loading Interference
Resonant passages and a buffer section absorb selected frequencies, reducing enclosure interference and preserving a consistent speaker amplitude spectrum.
- Opposing-Vibration Piezoelectric Speaker for Compact Low-Frequency Output
Adjacent piezoelectric units vibrate in opposite directions through shared acoustic cavities to raise low-frequency output in a compact speaker.
- Incubator Support Structure for Active Noise Control
Fixed transducer and sensor supports position ANC components in neonatal incubators to reduce noise while preserving care-device function.
- Distributed Voice Assistance for Proximity-Free IoT Connection
Existing home voice systems may require nearby IoT devices; domestic sensors and satellite modules enable connection without layout changes.