Functional integration of special equipment, that is, an operator can operate several devices. Combined equipment such as buttons, keyhole, sewing collar, hemming and sewing, ironing and so on appeared in Germany. As long as the operator puts the cut clothes on the feeding device, the combination machine can automatically complete feeding, positioning, sewing, folding and other actions. Computer control technology has further developed in depth. The design of clothing will adopt three-dimensional design, which can transform the clothing effect map into the model map; It can also imitate the texture, weaving and drape of fabric to realize computer three-dimensional simulation performance, so that the designed clothing presents a perfect and realistic image on the screen. Many countries are accelerating the development of robots and seeking to realize the unmanned clothing production system.

Clothing varieties with permanent special requirements such as waterproof, fireproof, antifouling and anticorrosion are constantly developing to meet people's needs for various purposes. The world clothing industry will set off the climax of studying special clothing technology and bring greater convenience to human life.

The general trend of international clothing development is to develop in multiple categories and wide fields. The appearance of various blended fabrics, knitted fabrics, non-woven fabrics, disposable paper garments and adhesive linings will surely bring about major changes in garment production technology. Experts predict that manufacturers will adopt advanced bonding technology to produce "seamless suits and" bonded shirts, which will make the fashion look brand-new.

You can play music, listen to the radio and use sustainable energy.

In the United States, the cowboy brand Vais is the first to launch a music jacket, which can not only play music, but also store favorite music in a chip or listen to your favorite radio station. It was developed by MIT Media Lab. The jacket is made of pure silk transparent hard yarn, and the music playing function is controlled by a full cloth capacitive keyboard. People just need to press it gently and the clothes will start playing music.

Music jacket is an environmentally friendly "music player", and its energy mainly depends on sustainable energy such as solar energy, wind energy, temperature and physical energy. Researchers are also committed to developing a cloth that generates electricity by bending, so that people can generate electricity by wearing it.

It can monitor data such as heart rate, respiration and blood pressure.

If the music coat is a typical example of the entertainment function of "smart clothes", then the heart rate and breathing test suit developed by Georgia Institute of Technology in the United States has practical medical value. Researchers transmit photoelectricity to the fabric woven into clothes, and detect people's heartbeat and breathing frequency through this fiber.

Clothing manufacturers set the target group of this kind of clothes as athletes and fitness groups, because they need to record their physical condition in detail during training. Textronics, an American company, has used this technology to produce a variety of underwear and sportswear, which can measure important data such as heart rate, respiration, body temperature and blood pressure. This kind of clothes is also widely used in medicine to prevent sudden infant death syndrome.

You can check the running route on Google Maps and download the training data online.

Nike cooperated with Google Maps and Apple iPhone*** to launch a sports shoe that allows users to track their "electronic footprint" on Google Maps. After Nike inserted the sensor into the sports shoes, it wirelessly connected with Apple's wireless network and 3G network. Users can download their training information online through their mobile phones, including running kilometers, calories burned, speed and so on. Users can also set the route on Google Maps before running, and Google Maps will immediately display the name of the way out, road conditions and other data.

It can change the fragrance according to people's mood and adjust people's mood.

Dr Jenny Tillotson, a British designer, put forward the concept of "emotional fragrance clothes", which will emit different scents according to the change of the wearer's mood. The fabric of the clothes adopts liquid flow control system, and an appropriate amount of mist N perfume is sprayed.

The "intelligence" of this kind of clothes lies in that it can simulate the functions of human blood circulation system, senses and body odor glands. Various perfumes are buried in its cloth and sprayed by the liquid flow control system to change the fragrance according to different environments.