Ultrasonic diagnostic equipment with touch screen and color blood flow mode regulation method thereof

Abstract

The invention discloses ultrasonic diagnostic equipment with a touch screen and a color blood flow mode regulation method thereof. The ultrasonic diagnostic equipment comprises an ultrasonic diagnostic device and the touch screen covered on the surface of a display screen of the ultrasonic diagnostic device, wherein the touch screen is connected with a touch screen input module; the touch screen input module is connected with a controller and the display screen of the ultrasonic diagnostic device, and comprises a color blood flow mode regulation module; the color blood flow mode regulation module comprises a touch screen color blood flow mode regulation instruction receiving and identification module and an instruction processing module which are connected; the touch screen instruction receiving and identification module is used for directly receiving and identifying a regulation instruction of an image displayed in an image display area corresponding to the touch screen instruction receiving and identification module, and transmitting the identified instruction to the instruction processing module for processing; and the instruction processing module transmits an instruction processing result to the display screen for displaying. The ultrasonic diagnostic equipment has the advantages that: visual observation and touch feel are uniformly combined, the operation under a color blood flow mode is simplified, and the operation is more convenient and more intuitive.

Description

technical field [0001] The invention relates to a touch-screen ultrasonic diagnostic instrument, in particular to a touch-screen ultrasonic diagnostic instrument with a color blood flow mode adjustment device, and a color blood flow mode adjustment method thereof. Background technique [0002] As a diagnostic method, ultrasonic diagnostic equipment applies ultrasonic detection technology to the human body, and understands the data and shape of physiological tissue structure through measurement, so as to achieve the purpose of discovering diseases. With the continuous development of new technologies and extensive and in-depth clinical diagnostic applications, how to use ultrasonic diagnostic instruments conveniently is particularly important. [0003] In the traditional ultrasonic diagnostic instrument, the doctor needs to use the display screen and the keyboard to operate together when making a diagnosis. Since the display screen and the keyboard are not in the same plane, ...

AI Technical Summary

Problems solved by technology

In the touch-screen ultrasonic diagnostic instrument, there is no traditional keyboard operation, and the trackball, a scrolling device with a selection function, is removed, which makes it difficult to realize some functions of the touch-screen ultrasonic diagnostic instrument. Considering that the touch-screen ultrasonic diagnostic instrument is limited The area includes both the image display area and the menu operation area. If the hard keys in the traditional ultrasonic diagnostic instrument are all in the form of virtual keys to detect user behavior and complete relevant responses, the interface of the entire ultrasonic diagnostic instrument will appear Messy, in fact, it is not convenient for doctors to operate, resulting in long examination time, which further greatly limits the number of patients who undergo ultrasound diagnosis in the hospital every day

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