Textile Enterprises Should Popularize And Thoroughly Use Computer Technology To Pform Conventional Textile Instruments.

Current domestic practices

The development of the instrument has basically met the requirements of textile industry for testing the performance of textile materials, although these instruments have occupied the domestic market.

A considerable share, but we still have a big gap compared with foreign textile instruments. Therefore, we should further promote the development of China's textile and instrument manufacturing industry to the depth and breadth. We should vigorously carry out the upgrading of conventional textile instruments. On the other hand, we should develop and develop more sophisticated textile testing instruments, and create a famous brand of domestic textile instruments.

Textile enterprises should popularize and thoroughly use computer technology to pform conventional textile instruments.

In recent years, the conventional textile instruments of various production enterprises generally use computer technology for functional control and data processing.

As a replacement product of pendulum strength tester, the popularization and development of electronic strength tester is inseparable from the use of computer technology.

From the development trend of international textile instruments and universal testing instruments, standardization, large-scale control technology, and data statistics, processing and analysis software packages based on library functions are increasingly gaining favor from the instrument developers.

Standardized and modularized control technology can enable a computer to control corresponding instruments of the same kind or different types through several standardized modules.

Standardization module can scale production and improve.

Quality, reduce product cost and gain maximum profit.

For users, using one computer to control multiple devices can greatly reduce the use cost.

In the form of data base functions, statistics, processing and analyzing software packages, the function of data base is greatly strengthened by using the function library. Without increasing the cost of hardware, the technology content of the instrument is improved, which is undoubtedly very beneficial to the development of the enterprise.

On the other hand, with China's accession to the WTO, with the increasing demand for textile quality, users' demand for testing instruments will not only be quantity, but will pay more attention to the function of the instrument to meet its increasing demand.

The application prospect of computer image processing technology in textile instruments is very broad.

Computer technology has not only been widely used in the pformation of conventional textile instruments, but also has shown great vitality in developing new technologies and products.

For example, the application of computer image processing technology is becoming one of the core technologies of quite a few new textile instruments, such as photoelectric evenness tester, electronic blackboard, fiber fineness instrument and so on.

These instruments have not only appeared in the world, but also in Colleges and universities, scientific research units and some production enterprises in China.

With the continuous development of computer image processing technology, the detection principle based on electro-optical imaging has become the focus of attention of many new instrument developers for its imaging characteristics similar to the eye senses.

The photoelectric evenness tester, which used to be the competitor of the capacitance evenness tester, is developing its potential vitality with the aid of computer image processing technology. In addition to the common evenness of photoelectric evenness and related defects and spectrograms, it can also develop electronic blackboard, fabric simulation and other integrated series with more direct, practical and functional functions.

Computer image processing can also update the quality indicators of traditional textiles, such as fabric fuzzing, fabric surface and abrasion, cloth inspection and so on, which must be tested by human eyes.

Computer image processing technology is showing great potential and wide application prospects in the development of new textile instruments.

In the process of changing from planned economy to market economy, domestic textile instruments have made considerable progress.

Until now, when domestic textile instruments have gone further to the breadth and depth, to the higher level, and then to create the brand of domestic textile instruments, every insight person who is committed to developing domestic textile instruments should strive to promote mutual understanding, cooperation and mutual support among research departments, production enterprises and measurement verification departments, and will benefit from the development of domestic textile instruments.

On this basis, we should vigorously develop new textile instruments, create domestic brands, participate in international competition, and meet the growing needs of users by products with more varieties, better quality and higher performance price ratio.