Cardiac ultrasound real-time imaging method and system thereof

Abstract

The invention provides a cardiac ultrasound real-time imaging method. The method comprises the following steps: S1, when ultrasonic equipment is in a real-time scanning state, detecting and storing amovie triggering request signal in real time; S2, responding to the detected triggering request signal, and automatically executing timing operation; S3, acquiescently, automatically generating a freezing control instruction when timekeeping time is equal to time T of a waited movie; S4, responding to the freezing control instruction, and freezing a real-time ultrasonic image of the ultrasonic equipment, wherein time of the frozen real-time ultrasonic image is corresponding to the timekeeping time; S5, automatically storing the frozen real-time ultrasonic image; S6, detecting progress that theultrasonic equipment stores the real-time ultrasonic image, and generating an unfreezing control instruction after a save action is completed; and S7, responding to the unfreezing control instruction, automatically unfreezing, and entering the real-time scanning state. The invention also provides a corresponding imaging system, and the operation is simplified, so that a doctor can concentrate ona cardiac ultrasound real-time image.

Description

technical field [0001] The invention relates to the technical field of ultrasonic imaging of medical devices, in particular to a real-time cardiac ultrasonic imaging method and system thereof. Background technique [0002] Real-time storage of movies is very important in heart scans; if ultrasound equipment does not have this function, doctors will waste a lot of time every day, this function is very critical for ultrasound equipment in the field of heart. [0003] Real-time storage of movies, as the name suggests, needs to scan and store movies at the same time. This function is relatively easy to realize for PCs, but for the single-core OMAP processor with a main frequency of only 600MHz in ultrasound equipment, there is no way for the existing technology If you want to store movies in real time and scan them in real time, the frame rate of the images will definitely be reduced, which cannot meet the needs of echocardiography. [0004] The existing ultrasound equipment is...

AI Technical Summary

Problems solved by technology

[0005] The existing real-time movie storage method is too cumbersome to operate, and it is easy to be distracted for doctors operating real-time heart scans, which cannot meet the needs of doctors to observe real-time scans of heart ultrasound images

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