Under the influence of European Industrial 4.0 and Midea's smart factory planning, China's factories have begun to realize intelligent transformation. This change will also promote the adoption of human-machine products by enterprises and open up new applications for human-machine interface solutions. In general, China's human-machine interface presents three major trends in the future.
Industry 4.0 promotes human-machine interface applications will present three major trends in the future
From the very beginning, it was only able to provide plant data on mobile devices. Now it is possible to provide real-time data for operators and predictable actions. The development of human-machine interface products in China has achieved a phased progress. As an important tool for realizing the intelligent transformation of factories, the human-machine interface is also generally accepted in the industry. According to statistics, the man-machine interface market in 2014 was US$2.94 billion. It is estimated that by 2018, this figure will reach 3.6 billion U.S. dollars.
The human-machine interface is also called HMI. It refers to industrial control devices such as programmable logic controllers (PLCs), inverters, DC speed controllers, and meters. It uses display screens to display input units (such as touch screen, keyboard, and mouse). A digital device that writes working parameters or input operation commands to realize human-machine interaction.
The common common man-machine interface products are composed of two parts: hardware and software. The hardware part includes a processor, a display unit, an input unit, a communication interface, and a data storage unit. The performance of the processor determines the performance of the HMI product. It is the core unit of HMI. HMI software is generally divided into two parts, namely system software running on HMI hardware and screen configuration software running on PC's Windows operating system.
Human-machine interface products have three basic functions of the equipment, including working status display (such as indicator lights, buttons, text, graphics, curves, etc.); data, text input operations, printout production recipe storage, equipment production data records; simple logic And numerical calculation can connect a variety of industrial control equipment networking.
With the development of computers and control technologies, traditional industrial control technologies have gradually been replaced by intelligent control technologies. The development of intelligent industrial control systems provides the strongest technical guarantee for the development of the industrial sector and promotes the continuous innovation and development of enterprises. The effective way.
Some machinery industries, such as machine tools, textile machinery, and electronic equipment, also have the need to upgrade their equipment. In view of this demand, the man-machine interface in the future will be changed in terms of shape, concept, application and other aspects, which will bring about a revolution in the core technology of IPC. In general, the human-machine interface presents three major trends in the future:
Human-machine interface becomes an integral part of the user experience
The human-machine interface is the frontier of the machine or process. With more advanced features and interactions built into the man-machine interface, the user interface can better reflect the true experience of the machine or process. By adding appropriate visual and haptic effects, tomorrow's successful human-machine interface will enhance the concept of human-machine interface solutions from just a functional accessory to being an integral part of the user experience.
Innovation based on modern best software technology
The evolution of human-machine interfaces is driven by the continuous development of software based on high-quality, high-performance panel hardware. The future is also true for the maintenance and development of the technology platform for human-machine interface solutions. This will be reflected in the continuous development of new features of human-machine interface software. Relying on proprietary technology or the technology of small vendors is indeed a method, but it is full of risks.
Through continuous innovation and service support, human-machine interface solutions based on similar technologies are likely to ensure that their tools do not lag behind future development. This is an original equipment manufacturer with long-term strategic plans for its own products and external suppliers. Willing to see.
Open platform architecture for total solution
The man-machine interface generally integrates the operation of the machine or process with the feedback from the operator. On the one hand is the quality of the graphical user interface and the associated availability. Another important aspect is the openness of human-machine interface solutions. The open platform architecture of future human-machine interface solutions will provide original equipment manufacturers with a series of opportunities to enhance the visual effects, functions and connectivity of applications, thereby promoting the emergence of unique products with great integrity.
In addition to these three major trends, under the influence of European Industrial 4.0 and Midea's smart factory planning, China's factories have started to realize intelligent transformation. This change will also promote the adoption of man-machine products by enterprises and open up new solutions for man-machine interface solutions. Applications. In addition, real-time intelligence and big data analytics will also revolutionize the human-machine interface landscape.
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