After the industrial tablet PC has been operating for a long time, a lot of dust has accumulated in the chassis and the chassis temperature is high. At this time, it is easier to cause disk failures. These reasons are divided into disk quality problems and working environment failures. How to solve this kind of problem?

Cloud computing and the Internet of Things are usually combined, but how exactly do these two interact? Although IoT connectivity can exist without a cloud, it is certain that cloud computing enables many IoT devices to operate with higher power and efficiency. To fully understand cloud computing in the Internet of Things, let's start with the history of cloud computing and explore how it affects the deployment of the Internet of Things.

The proliferation of smartphones and mobile devices has greatly benefited our society. The existence of these smart devices has enriched and simplified our lives. The convenience brought by smart devices and the Internet of Things (IoT) and artificial intelligence (AIoT) has been deeply embedded in our minds, so that we now take it for granted.

Machine vision is a comprehensive technology, including image processing, mechanical engineering technology, control, electric light source lighting, optical imaging, sensors, analog and digital video technology, computer hardware and software technology (image enhancement and analysis algorithms, image card, I / O Cards, etc.). A typical machine vision application system includes image capture, light source system, image digitization module, digital image processing module, intelligent decision-making module and mechanical control execution module.

The embedded industrial computer, the English full name of Embedded Industrial Computer, is a compact computer specially designed for industrial sites. It is a ruggedized enhanced industrial computer that can be used as an industrial controller to run reliably in an industrial environment. Common embedded IPCs include box-type IPCs and fanless IPCs. Embedded industrial computer has reliable performance, fanless structure,

In recent years, the development of industrial automation and industrial robots has been extremely rapid, and there are two solutions in the automatic control system of mechanical equipment and robots: one is to use a PC-based control system; the other is to use an industrial computer-based control system . But in practical application, the solution based on industrial computer is more practical. Although in the development process, the PC-based control system did bring tremendous changes to the automatic control of mechanical equipment and robots, but after repeated verification in practical applications, compared with the industrial computer control system, there are indeed many disadvantages and insufficient. So why are PC-based control systems extremely rare in real-world control? Why does the automatic control system prefer to use industrial control machines?

In recent years, embedded industrial control computers have rapidly matured, and their applications have become more and more extensive. To a certain extent, in some fields, traditional industrial control computers have been replaced by new embedded control computers. At present, the application number of embedded industrial control computers far exceeds that of various traditional industrial control computers.

How to ensure the service life of the equipment when using industrial monitors in a more complex industrial environment, what should be paid attention to in daily cleaning?

With the development and demand of industry, industrial tablet computers have been widely used. Although the performance reaches industrial-grade standards, some failures are still inevitable. Like computers, industrial tablet computers will also have blue screens. So, what are the causes of blue screens on industrial computers?