Infrasonic Diagnostics TRIZ Cases

A palm rest supports the operator's hand during touch operations on a vertical ultrasound monitor, reducing fatigue from extensive movement.

Parallel transducers capture fundamental and harmonic signals, resolving image quality limits from single-band reception.

A detachable ultrasound tablet displays imaging data within the operator's view, resolving the conflict between transducer handling and parameter adjustment.

A sterile ultrasound probe button reconfigures to control power states and imaging operations through a dedicated reconfiguration module.

Automatic deletion of reference images after multi-image display modes optimizes limited local storage space in ultrasound diagnostic apparatuses.

Remote experts transmit pose data to render a virtual probe overlay, resolving contradictions between diagnostic support quality and probe positioning accuracy.

An adjustment mechanism dynamically shifts transducer arrays to control the confocal point, preventing healthy tissue damage during tumor ablation.

A holder assembly with object and electromagnetic wave sensors automatically determines probe port names for ultrasound diagnostic apparatuses.

Segmenting the beamformer into a handheld probe eliminates bulky rack-mounted consoles, reducing mechanical complexity and enabling true portability.

Elastically compressed waterproof packing seals the battery cover interface of an ultrasound probe.

Dynamic frequency adjustment moves switching noise out of the 0.5-2.5 MHz reception band, preventing image quality deterioration in Doppler mode.

A unified control bar adjusts contrast and time gain compensation for ultrasound images.