A portable smart Doppler ultrasound dynamic real-time monitoring device, which comprises a host (1), a miniature fingertip Doppler ultrasound probe (3) connected to the host (1) via a cable (2), and a head-worn eyewear information receiver/holographic image processor/voice command recorder/display device (4). An operator wears the fingertip miniature ultrasound probe (3) on an index finger (5), which is in contact with the body surface while moving, thus implementing increased flexibility and accuracy in reaching a predetermined detection area to detect images of depth, internal organs, a catheter or probe, an injectable, blood vessels and blood flow. Information detected by the probe is processed by the host (1), image information is wirelessly transmitted to a receiving end, others are allowed to participate in analysis and diagnosis in real-time, thus increasing diagnosis accuracy. The eyewear display device (4) receives, dynamically displays in real-time, and processes monitored images, the operator only needs to focus on a part being probed or penetrated and to adjust the probing or penetration depth or plane on the basis of real-time dynamic images, thus facilitating the operator in carrying out a surgery and saving time.
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