Ultrasonic scanner is a device widely used in medical, industrial, scientific and other fields, which detects the internal structure and properties of objects by sending ultrasonic waves and receiving echoes. With the development of technology, the technology and application range of ultrasonic scanners are constantly expanding, and the analysis of their images has become a key link in application. This article will explore the image analysis of ultrasonic scanners, analyze the combination of professionalism and intuitiveness, and provide reference for research and practice in related fields.

2、 The working principle of ultrasonic scanner

The working principle of ultrasonic scanners mainly utilizes the reflection and propagation characteristics of ultrasound. When the ultrasonic transmitter emits ultrasonic waves, these sound waves will encounter interfaces or defects inside the object, resulting in reflection and scattering. These reflected and scattered sound waves will be received by the receiver and converted into electrical signals. By processing and analyzing these electrical signals, the internal structure and property information of the object can be obtained.

3、 Image Analysis of Ultrasonic Scanners

Professional analysis of images

The image of an ultrasound scanner is usually a grayscale image composed of a series of pixels, whose values represent the signal strength reflected by the ultrasound. Through professional software or professionals, these images can be processed and analyzed in various ways to obtain richer information and more accurate judgments. For example, image quality and contrast can be improved through techniques such as image enhancement and edge detection; Various parameters in the image can be measured using measurement tools; Various features in images can be automatically recognized and classified through techniques such as pattern recognition and machine learning.

Visual Analysis of Images

Although professional analysis can provide a lot of useful information, it may be difficult for non professionals to understand. Therefore, for the images of ultrasonic scanners, intuitive analysis is also necessary. The so-called intuitive analysis is to enable non professionals to understand the meaning and significance of images through their display, annotation, interpretation, and other methods. For example, the visualization effect of images can be improved through methods such as color mapping and contrast adjustment; Important features and anomalies in the image can be identified through annotations; The meaning and background of the image can be explained through explanation.

4、 The combination of professionalism and intuition

The image analysis of ultrasonic scanners requires a combination of professionalism and intuition. Professionalism can ensure the accuracy and comprehensiveness of image analysis, while intuitiveness can make the analysis results easy to understand and accept. Specifically, the combination of professionalism and intuition can be achieved through the following methods:

Diversity of display methods: In addition to conventional grayscale image display methods, multiple display methods such as color images and 3D images can also be provided to meet the needs of different users.

Ease of use of annotations and annotations: For non professionals, annotations and annotations are important means of understanding images. Therefore, it is necessary to provide easy-to-use annotation and annotation tools so that users can easily annotate and annotate.

Automated recognition and classification technology: Through automated recognition and classification technology, various features in images can be quickly and accurately recognized and classified, thereby improving parsing efficiency and accuracy.

Optimization of visualization effects: By optimizing visual effects such as color mapping and contrast, the visualization and readability of images can be improved, enabling non professionals to quickly understand the meaning of the image.

Interactive operation: Provides an interactive operation interface, allowing users to easily perform image scaling, rotation, translation, and other operations, thereby improving the flexibility of parsing and user experience.

5、 Conclusion

The image analysis of ultrasonic scanners is one of the key steps in achieving their value. In order to better meet the needs of different users, it is necessary to combine professionalism and intuitiveness, provide multiple display methods, simple and easy-to-use annotation and annotation tools, automated recognition and classification technology, optimize visualization effects, and interactive operation interfaces. Only in this way can the application of ultrasonic scanners be more extensive, in-depth, and efficient.