Wear Smart Clothes To Make Yourself Easy To Manage Health.

With the progress of society, smart clothing has become a hot spot of clothing in the world. Smart clothes can help you manage your health more easily.

Intelligence

Heart rate and posture can be measured by sensors installed on clothing.

The data will be pmitted to the smartphone in wireless mode. Users can easily view the health status.

The use of smart clothing is expanding to sportswear, work clothes and medical fields.

Even in busy daily life, it is easy to detect important health data such as heart rate and ECG waveform, and play an effective role in health management.

If you use smart clothing, this idea can be realized.

With the popularity of personal computers, there are more and more work on the desk. Periarthritis of shoulder has become the anguish of many modern people.

Japanese county is a system developed by the company and NEC for fine measurement of the bad posture leading to periarthritis of shoulder.

Perception of human posture through charge flow

This clothing wearable system is characterized by embedding silver coated conductive fibers in the back of the underwear.

By introducing weak current into the fiber, we can perceive whether the user is in a humpback state according to the charge flow mode.

The information is then analyzed using a sensor installed on the chest, and the result is sent to the smart phone through the "Bluetooth" in the near distance wireless communication mode.

Users can view the physical condition through the special APP of the smartphone.

If your body is upright and your posture is correct, the picture of a dedicated APP on your smartphone will turn white or yellow, and the picture will show a person with straight back.

When the system judges the hump back of the user, the picture of the smartphone will turn red, and the picture will become a cat with a bow.

Through the display of visual impact such as red and cat, users are impressed and reminded to correct their posture.

The county is also considering adding some functions, such as vibrating the sensor installed on the underwear, or letting the smart phone make a cat call when the user is in a hump state.

Besides posture, clothing wearable system can also measure heart rate and consume calories.

The collected data can also be stored on the NEC cloud system. Operators can make proper health guidance to users based on these data.

Underwear with a wearable wearable system is scheduled to be introduced in the Sporting Club Hotel run by SPORTS, a subsidiary of the county, after the end of 2016.

For the time being, there is no intention of directly placing the market, but to sell to enterprises such as Sporting Club Hotel.

Originally developed for military purposes.

As early as 2000, enterprises and institutions explored the development of smart clothing.

The aim is to open the technology developed in Europe and the United States for the purpose of measuring the health status of soldiers.

But at that time, the battery supplied for the sensor was very large, and it occupied a lot of place on the body, and the data collected also lacked the easy way to see it, so it was not popular.

This is a turning point because of the advent of smart phones.

Smartphones can look at analyzed data quickly and easily, and technicians are restarting to work on smart clothing.

The county is an intelligent garment that is developed by enterprises, using sensors installed on the clothes to detect the state of the body, and send relevant data by Bluetooth.

Not only can you view these data with smart phones, but also store data on cloud systems, which are managed and analyzed by operators. These functions are basically the same.

Companies are implementing differentiation through the types of materials and methods of clothing distribution.

Use materials that are better than skin stretches.

In terms of sports use, COCOMI (Xin Mei), which is developed for testing heart rate and so on, is also attracting much attention.

When the heart muscle expands, it sends out weak electrical signals.

The material measures heart rate by capturing this electrical signal.

COCOMI is a thin film material that improves conductive materials in circuit wiring, and uses resin to clamp conductive materials on both sides.

The biggest feature of this material is that it is comfortable and very thin.

The biggest extension of human skin is that the two rib part of the arm can be extended to about 1.7 times, while the COCOMI has more extensibility and can extend to about two times.

The thickness is only about 0.3mm, which has good wearing comfort.

The resistance is also very small, so that high-precision data can be obtained easily.

COCOMI can be heated and pasted on clothing cloth.

Dongyang spinning is considering selling in sportswear, and is scheduled to commercialize after the fall of 2017.

In the forefront of smart clothing development, Dongli and NTT and NTTDocomo jointly developed the material "hitoe".

Hitoe is characterized by coating a conductive polymer resin on 700 nanometre diameter nanofiber cloth about one percent of hair and about 1/20 of ordinary clothing.

Because ordinary fibers are relatively coarse, the penetration of polymer resin is easy to fall off when washing. However, Dongli and other countries have made the material of "even washing more than 100 times, and the function will not be reduced" (Dongli) by using superfine fiber.

According to introducing, because the raw material uses organic matter, so the skin is very good.

About clothing using hitoe,

(Gldwin) for sports purposes, men's T-shirts were introduced in 2014, and women's underwear was launched in 2015.

"Most of the marathon enthusiasts aged 35 and 59 and mountaineering enthusiasts buy these products in order to accurately control their physical condition during exercise."

Dongli and other companies are also promoting the development of work clothes. In 2015, the maintenance workers of Japan Airlines and the construction workers of Dalin group wore such work clothes under the scorching sun of summer.

Two companies are currently considering officially importing hitoe.

Wearable terminals currently have a wide range of development, including watches, glasses, rings and so on.

But to grasp the signs of heart rate and other signs, clothing wearable products can be measured closer to the heart, and the data accuracy is also easy to improve, so it has obvious advantages.

The development of strange materials that can pform people's actions in smart clothes into data is also progressing.

The piezoelectric fibers developed jointly by the University and Kansai university can sense the movements of the human body according to the direction and intensity of the materials worn on the hands and feet.

This action can be recorded in data form and pmitted to a humanoid robot, and the robot's human action is reproduced.

The main material polylactic acid fiber has the characteristics of generating electricity after exerting pressure.

With this characteristic, the material is pmitted from the material near the hand and elbow to which direction the material is telescopic.

The humanoid robot that receives data can also reproduce some slightly complicated movements such as torsional arms, and can also adjust the speed of movement.

Besides Bluetooth, action data can also be sent through WiFi.

With this technology, doctors can operate on a remote robot through a humanoid robot.

It is only necessary to provide nurses with some auxiliary surgery. It is estimated that it can help the less populated areas without doctors and enrich the medical system.

It also has the property of telescoping after providing electricity.

With this property, the following scenarios can be realized theoretically.

In advance, professional baseball players turn their body movements into data and send the data to clothing made of piezoelectric fibers.

People wearing such clothing can reproduce the professional players' action strokes.

Even if the baseball experience is not enough, just put on such a dress, can jump into the hero of the game.

Companies have previously developed smart clothing for sports and medical purposes. Recently, the use of such products has begun to expand in other fields.

Dongli launched cooperation with China's large fiber enterprise Qingdao group.

In the second half of 2016, the newly established nursing homes will be launched in the second half of the year to launch an empirical experiment that allows elderly people to wear hitoe clothes to manage their physical condition.

Toyo also intends to expand the use of COCOMI to work clothes and medical fields.

In the future, the boundaries of various uses will disappear, and companies will compete in data measurement accuracy, durability and comfort.