Abstract: The present disclosure discloses a system and method for ultrasonic imaging. The method includes receiving a user-defined control gesture and associating the control gesture with a function selected by a user; forming a control gesture signal and function association database; when the ultrasonic imaging system is in normal operation, receiving a current control gesture signal and matching the current control gesture with a control gesture in the database to determine a function associated with the matched control gesture; and controlling the ultrasonic imaging system to perform the associated function. According to the present disclosure, it is very convenient for users to define customized control gestures according to their personal operation routines and habits.

Abstract: The present disclosure discloses a system and method for ultrasonic imaging. The method includes receiving a user-defined control gesture and associating the control gesture with a function selected by a user; forming a control gesture signal and function association database; when the ultrasonic imaging system is in normal operation, receiving a current control gesture signal and matching the current control gesture with a control gesture in the database to determine a function associated with the matched control gesture; and controlling the ultrasonic imaging system to perform the associated function. According to the present disclosure, it is very convenient for users to define customized control gestures according to their personal operation routines and habits.

Abstract: A scan conversion method and device for color ultrasonic imaging that uses conditional interpolation of neighboring points is disclosed.

Abstract: An ultrasonic instrument includes a socket and a front-end system, wherein the socket is provided with at least two probe model identification pins and a plurality of functional signal pins. The front-end system comprises a decoding module, a switch selection module, and a probe driving control module. The decoding module has its input terminals electrically connected to the probe model identification pins of the socket, and has its output terminal coupled to the control terminal of the switch selection module. The input terminals of the switch selection module are electrically connected to the functional signal pins of the socket respectively, and in response to a probe identification signal outputted from the decoding module to the control terminal, the switch selection module establishes connection between its input terminals and a group of output terminals corresponding to the probe identification signal.

Abstract: An ultrasonic instrument includes a socket and a front-end system, wherein the socket is provided with at least two probe model identification pins and a plurality of functional signal pins. The front-end system comprises a decoding module, a switch selection module, and a probe driving control module. The decoding module has its input terminals electrically connected to the probe model identification pins of the socket, and has its output terminal coupled to the control terminal of the switch selection module. The input terminals of the switch selection module are electrically connected to the functional signal pins of the socket respectively, and in response to a probe identification signal outputted from the decoding module to the control terminal, the switch selection module establishes connection between its input terminals and a group of output terminals corresponding to the probe identification signal.

Abstract: A scan conversion method and device for color ultrasonic imaging that uses conditional interpolation of neighboring points is disclosed.