The working principle of ultrasonic inspection equipment is mainly based on the propagation characteristics of ultrasonic waves in the workpiece. When the sound source generates ultrasonic waves, these ultrasonic waves into the workpiece in a certain way to propagate. In the propagation process, if encountered in different media interface (such as defects within the workpiece, sub-interface, etc.), the ultrasonic propagation direction or characteristics will change, such as reflection, refraction, etc.. These changed ultrasonic waves are then received by the inspection equipment, and processed and analyzed to assess whether there are defects in the workpiece itself and inside it, as well as the characteristics of the defects.
A touch display, also known as a touch screen or touch panel, is an inductive liquid crystal display device that receives input signals such as touches. With the continuous development and innovation of touch screen technology, its response speed, accuracy and durability are constantly improving. At the same time, ultrasonic detection technology is also progressing, the combination of the two will be able to produce more powerful detection capabilities. For example, ultrasonic testing equipment can realize more complex parameter settings and data processing through the touch screen to improve the accuracy and efficiency of detection.
Touch screen in the ultrasonic detection equipment in the application of a very broad prospect, mainly in the following areas:
1. Industrial field: In industrial production, the requirements for product quality and safety are increasingly high. Ultrasonic testing equipment as one of the important non-destructive testing means, its market demand continues to grow. The application of touch screen will make these devices easier to operate and maintain, thus improving production efficiency.
2. Medical field: in the medical field, ultrasonic testing equipment is widely used in medical imaging diagnosis. The intuitiveness and ease of use of the touch screen will enable doctors to operate and analyze more conveniently, improving the accuracy and efficiency of diagnosis.
3. Other fields: In addition to industrial and medical fields, ultrasonic testing equipment is also widely used in environmental protection, aerospace, transportation and other fields. The application of touch screen will make these devices more adaptable to a variety of complex environments and application scenarios.
Combined with the characteristics of the touch screen, its application in ultrasonic testing equipment, can bring multiple benefits:
1. Intuitive and easy to use: compared with the traditional mechanical buttons or knobs, touch screen provides a more intuitive interface. Users only need to click through the finger on the screen, slide and other simple actions can be completed on the ultrasonic testing equipment parameters set and operation, greatly simplifying the operation process, reducing the difficulty of use.
2. High-definition and resolution: touch screen with high definition and high resolution features, can clearly display the ultrasonic testing equipment, various parameters and test results. This allows users to read and analyze data more accurately, improving the accuracy and reliability of detection.
3. Fast response speed, high sensitivity: touch screen by sensing the finger touch action to identify the user's operation, with a fast, sensitive response speed. This makes the ultrasonic detection equipment can quickly respond to the user's operating instructions to improve detection efficiency.
4. Waterproof, dustproof and scratch-resistant: many touch-screen display using closed design and special materials, with waterproof, dustproof and scratch-resistant function. This is particularly important for ultrasonic inspection equipment, as they may need to work in harsh environmental conditions, such as humid, dusty or physically fragile environments. These features of the touch display can ensure that the equipment in these conditions can still maintain normal operation.
5. Energy saving and environmental protection: touch screen will be all the operational functions integrated into a chip, without the need for additional mechanical drives and other hardware facilities, thus realizing a more energy-saving and environmentally friendly features. This is also an important consideration for ultrasonic testing equipment, especially in application scenarios that require prolonged operation.
6. Wide range of applications: touch screen has a wide range of applications, can be applied to different types of ultrasonic testing equipment. Whether it is a small hand-held equipment or large stationary equipment, can be installed through the touch screen to provide a more convenient, intuitive interface.
7. Display and operation of the integration: touch screen display and operation functions are integrated together, the user can see directly on the screen and operate the required functions. This integrated design makes the operation of ultrasonic testing equipment more intuitive and efficient, but also reduces the space occupation and complexity of the equipment.
Touch screen in the ultrasonic testing equipment on the application of many benefits, including improved intuition and ease of operation, improve the display effect, speed up the response time, enhance durability, energy saving and environmental protection as well as to broaden the scope of application and so on. These advantages make ultrasonic testing equipment in the performance and experience has been significantly improved.