Human machine interface of Guanteng testing machine

Human computer interface design is a very important part of experimental machine design. In order to create an interface that is both beautiful and easy to use, Crown Teng Company summarizes the following design points:

1. User friendlinessThe interface design should be concise and clear, avoiding overly complex operations. Front end designers need to understand users' needs and operating habits to ensure that users can complete operations quickly and intuitively.

2. Consistency:Consistency is crucial in the design process. This includes color consistency, font consistency, icon consistency, etc. Consistent design can help users better understand and operate the interface.

3. Information feedback:The interface should provide timely and accurate information feedback, such as operation prompts, error prompts, etc., to help users understand and complete tasks.

4. Visualization:Reasonable use of visual elements such as charts and images can help users better understand data and information.

5. Adaptability:The interface should adapt to different human-machine versions and screen sizes to ensure a good user experience in different environments.

6. Accessibility:Designers need to ensure that the interface meets accessibility standards, such as providing sufficient color contrast, supporting screen readers, etc., so that all users can easily use the interface.

7. Testing and optimization:After the design is completed, detailed testing is required to ensure the usability and stability of the interface. According to the test results, the designer needs to optimize the interface to improve the user experience.

Human machine interface of Guanteng testing machineIt is the interface for the interaction between the testing machine and the user, displaying various options, parameters, and results. Users can set the testing parameters, such as testing speed, load range, temperature, etc. At the same time, the interface will also display real-time data during the experiment, such as load, deformation, temperature, etc., so that users can keep track of the progress of the experiment at any time.

Can I still use GTC for purposes other than testing machines?

The essence of GTC is a PID controller. Do you have any control tasks you want to solve? You can discuss with us what you want to do with GTC!