Upgrading And Upgrading Textile Machinery Depends On "Soft Power"

In recent years,

The industry has undergone the baptism of huge technological changes.

In this way, the quality tracking and process improvement of the quality factors in production can be traced and optimized. It can optimize and improve the overall production efficiency rather than the local machine, and enhance the overall production efficiency. Secondly, more and more enterprises put more emphasis on their own electrical control and research and development input of software system, such as Shanghai two spinning machine, China National Heng Tian Group and other large textile machinery enterprises, and put forward the demand for increasing the R & D investment in the actual work, which needs a strong software platform support. Therefore, they put forward higher requirements for the integrity and functionality of the automation development platform; again, preventive equipment maintenance technology and energy management technology are being increasingly more and more. First, for the interconnection of equipment, namely the integration of equipment for the whole plant, the optimal layout of the production relationship between the devices and the whole production process are monitored.

Many enterprises have set up relevant research and development plans for this purpose.

Focus on improving the "soft power" of textile machinery users

In the various industries of the domestic industry, the gap between domestic and foreign technology is obvious.

Among them, the gap between software has increasingly become an important factor restricting the development of domestic enterprises.

From the perspective of electrical control, the importance of software is largely reflected in the process algorithm. Domestic enterprises may need to invest more energy to improve it, because many process algorithms have been accumulated by foreign enterprises for decades or even hundreds of years, and now domestic enterprises can be realized by simulation modeling.

On the other hand, on the basis of the existing system, efforts have been made on the humanization and ease of use of the software function. The gap between the electrical control hardware used by domestic manufacturers and foreign countries is relatively small, and the gap is many. In software, we strive for the beauty of software details, making the machine more intelligent and more user experience oriented.

Both of them are software design concepts both inside and outside, which focus on core algorithms and external experience.

Preventive maintenance allows users to "take precautionary measures".

Preventive maintenance is not a new word in the field of industrial automation. However, it is not easy for users to realize the advantages and benefits of preventive maintenance.

For example, just as we go to the hospital for physical examination, the doctor will take the stethoscope to the patient to find out the heartbeat frequency, intensity, etc., or blood test, B ultrasonic examination and so on, after examination, and then give health advice.

Preventive maintenance is exactly the same.

The mechanical vibration of the equipment is monitored by piezoelectric sensor. According to its frequency, we can know that different vibration frequencies have corresponding relations with the corresponding faults.

By monitoring the frequency, it can provide users with possible problems, and give early warning, prompting maintenance personnel to prepare machine adjustment when equipment is on the machine, such as changing bearings, preparing corresponding spare parts, carrying out mechanical maintenance treatment and so on.

It goes without saying that this advantage is more important for the end users.

Because the failure of the equipment running on the spot may bring huge losses to the production system, and if the precaution is made in advance, the loss may be reduced to a minimum.

For important large

In terms of this, the investment significance of this aspect is even greater.