Ultrasound imaging device
AssigneeHitachi Medical Corporation
InventorKunio Hashiba
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AssigneeHitachi Medical Corporation
InventorKunio Hashiba
Estimating the term…
An ultrasound imaging device, which can extract nonlinear components efficiently and improve the ultrasound penetration, is provided. The receiving means has a given reception band 74, and the lower limit frequency of the reception band 74 is the first frequency f1. The frequency band of the ultrasound wave transmitted by the transmitting means is set as the first frequency f1 or higher and 3 times of the first frequency f1 or lower (f1−3f1). When the ultrasound wave in such band is transmitted, the low-frequency harmonic component 72 of the nonlinear component may have higher frequency than the first frequency f1 and therefore can be received by the receiving means. Also, as most of the high-frequency harmonic components 73 can be generated in the reception band 74, most of the high-frequency harmonic components 73 can be received.
An ultrasound imaging device, comprising a transmission means which transmits ultrasound to the target, a receiving means which receives ultrasound coming from the target, and a signal processing part which processes the receipt signals at the receiving means and generates image data,
An ultrasound imaging device comprising a transmitting means to transmit ultrasound wave to the target, a receiving means to receive ultrasound wave from the target and a signal processor to process signals received at the receiving means and generate image data,
Dependencies are inferred from the claim text.