Abstract: An ultrasonic imaging method, including: during movement of a first ultrasonic transducer, receiving, over a period of time, an ultrasonic echo signal from tissue to be imaged; generating a first ultrasonic image set on the basis of the ultrasonic echo signals, the first ultrasonic image set including a plurality of ultrasonic images; identifying outer contours of a structure of interest in the plurality of ultrasonic images; and overlapping the outer contours of the structure of interest in the plurality of ultrasonic images to acquire a reconstructed image. Further provided in the present application are an ultrasonic imaging system and a non-transitory computer-readable medium.

Abstract: A method for generating information includes: receiving electronic data of a first medical examination report; analyzing content of the first medical examination report based on the electronic data; and generating report information based on a result of the analysis, the report information being used to generate a second medical examination report. The present application can reduce manual edit operations on a template or an examination protocol of a medical examination report by a physician, thereby improving work efficiency.

Abstract: An interventional procedure performed on a structure of interest by using a grid assembly to guide an interventional object includes: acquiring a coordinate point set of a position to be subjected to intervention on an ultrasound image of the structure of interest; and controlling, on the basis of the coordinate point set, a display unit on the grid assembly to cause the display unit to generate a first visual indication for an interventional hole which is on the grid assembly and which falls within the coordinate point set.

Abstract: An image processing method for contrast-enhanced ultrasound imaging, including: acquiring a video stream image relating to a contrast-enhanced ultrasound imaging process, wherein the video stream image includes a plurality of image frames, and the video stream image includes an arterial phase video stream, a portal phase video stream, and a delayed phase video stream; identifying a first video stream in the video stream image by using a neural network, wherein the first video stream includes one of the arterial phase video stream and the delayed phase video stream; based on the identified first video stream, adjusting the video stream image, and identifying a second video stream from the adjusted video stream image by using the neural network; and, based on the identified first video stream and second video stream, determining a third video stream in the video stream image.

Abstract: A medical imaging method, a medical imaging system, and a non-transitory computer-readable medium. The medical imaging method includes: controlling at least two medical imaging devices to perform communication with each other; generating an imaging protocol for different sites to be imaged of the same subject to be imaged, the imaging protocol including an allocation of the different sites to be imaged in the at least two medical imaging devices; and sending the imaging protocol to each of the at least two medical imaging devices.

Abstract: A medical imaging system and a control method thereof. The medical imaging system includes: a scanning device, which is used to scan a predetermined site of a subject to undergo detection, to obtain imaging data containing information about the predetermined site; an indication apparatus, which is disposed in the scanning device; and a control apparatus, which performs analysis of a medical image generated on the basis of the imaging data, and controls, on the basis of an analysis result, the indication apparatus to project a light beam to a predetermined surface, so as to form a pattern on the predetermined surface.

Abstract: An ultrasound imaging method, including: receiving, by using a probe, an ultrasonic echo signal from a tissue to be imaged; processing the ultrasonic echo signal to generate a volumetric ultrasound image of the tissue to be imaged; identifying a tissue to be subjected to intervention in the volumetric ultrasound image; and generating a movement guide for the probe based on image information of the identified tissue to be subjected to intervention, and displaying the same.

Abstract: An interventional procedure performed on a structure of interest by using a grid assembly to guide an interventional object includes: acquiring a coordinate point set of a position to be subjected to intervention on an ultrasound image of the structure of interest; and controlling, on the basis of the coordinate point set, a display unit on the grid assembly to cause the display unit to generate a first visual indication for an interventional hole which is on the grid assembly and which falls within the coordinate point set.

Abstract: A medical scanning device used to scan a subject to be scanned, and obtain a medical image obtained by a current scan, and current scan-related information; and store the scan-related information in an identifiable medium, the identifiable medium being provided in a portable mobile carrier. The scan-related information is saved in the identifiable medium, and the identifiable medium is provided in the portable mobile carrier, so that the portable mobile carrier can be used to easily implement offline transfer of the scan-related information, and doctors can quickly and conveniently acquire the scan-related information so as to find a lesion or an issue of concern, thereby making medical scanning across devices, hospitals, cities, and countries simple and reducing costs.

Abstract: An ultrasonic imaging method, including: during movement of a first ultrasonic transducer, receiving, over a period of time, an ultrasonic echo signal from tissue to be imaged; generating a first ultrasonic image set on the basis of the ultrasonic echo signals, the first ultrasonic image set including a plurality of ultrasonic images; identifying outer contours of a structure of interest in the plurality of ultrasonic images; and overlapping the outer contours of the structure of interest in the plurality of ultrasonic images to acquire a reconstructed image. Further provided in the present application are an ultrasonic imaging system and a non-transitory computer-readable medium.

Abstract: Provided in the present application are a medical device, including an input device, and a method for controlling the input device. The method includes acquiring one or more image frames with the medical device and determining a region of interest from the one or more image frames. The method includes adjusting at least one of an input action of the input device or a state of the input device according to a position of the region of interest.