Method and system for realizing real-time communication between soft operating interface system and ultrasonic system

Abstract

The invention provides a method and a system for realizing the real-time communication between a soft operating interface system and an ultrasonic system. A group of communication protocols are executed between the soft operating interface system and the ultrasonic system sequentially, so that the soft operating interface system and the ultrasonic system can perform the effective real-time communication while the independence of the soft operating interface system and the ultrasonic system is ensured, and the soft operating interface system and the ultrasonic system can be maintained respectively and independently and have the upgrading function respectively, have high expansibility and are low in maintenance cost. The method comprises the following steps of: executing a version matching verification protocol first; after the version matching verification protocol is executed successfully, executing a file data downloading protocol; and after the file data downloading protocol is executed successfully, executing a real-time interactive protocol, wherein the previous step is the basis for the next step, and if the previous step is unsuccessful, the next step is not executed any more.

Description

technical field [0001] The invention relates to the technical field of ultrasonic systems, in particular to a method and system for realizing real-time communication between a soft operation interface system and an ultrasonic system. The soft operation interface system refers to the subsystem used to display the submenu and various parameter information for operating and controlling the ultrasound system, including the touch screen subsystem, wireless controller, PC terminal, etc., which are different from the " "Hard operation panel", the "hard operation panel" includes buttons, knob encoders, slider potentiometers, etc. Background technique [0002] With the development of science and technology, the ultrasound system includes more and more functions, and the operation of related functions and the adjustment of parameters are becoming more and more complicated. Therefore, the requirements for the operation skills required by end users are also getting higher and higher. T...

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Problems solved by technology

[0006] However, some problems in the existing solutions are: the ultrasound system must have a specific video output function, and the use of dual graphics card technology is a common solution for realizing this function, that is, the second graphics card is used for a specific video output function, if the second graphics card is used One graphics card is used as a "soft operation interface" system, which will bring difficulties to specific video output functions, and some motherboards do not have dual graphics card hardware functions; in the independent subsystem solution, the ultrasound system function is constantly upgraded according to customer needs At the same time, it is also necessary to upgrade the matching "soft operation interface" system software at the same time, and in the ultrasound system, users often add custom information, but these operations can easily cause mismatches with subsystem information

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