Google'S New Patent: Turning Any Wearable Fabric Into A Virtual Touchpad

As a technology giant, Google seems to have been involved in all the areas we have never thought of and unexpected. Recently, a new patent application by Google has attracted our attention.

Google's new patent is "interactive".

"Any wearable fabric can be turned into a virtual touchpad, including

,

,

Even the water glass.

For the Internet of things has become a trend of development today, Google's patent is absolutely suitable for the time, and it is undoubtedly worth noting that any device can be turned into a remotely operated platform.

From the point of view of patents, this interactive fabric contains conductive mesh, which forms a capacitive touch sensor that can be used to interact with each other through weaving.

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Ivan Pupirif, head of Google high technology and product group technology project, pointed out that the conductive fibers developed by Japanese companies are not only of different widths, but also have many choices of colors.

Paul Dillinger, vice president of Levi s brand innovation, said that clothing will be designed as an intelligent platform.

Google has identified the product supply chain, and when the "tweed program" enters the next stage, the yarn development company will expand its production.

In Paul dijlin, this kind of smart fiber that does not require too much cost marks the opening of smart clothing.

Smart clothing is a high-tech product integrated with intelligent technology and clothing. It combines advanced technologies such as electronic information technology, sensor technology, textile science and material science.

The combination of smart clothing and medical treatment has important significance.

Nobel fiber technology company has developed a smart fiber CircuiteX, which can monitor the patient's physical condition all day and collect data such as respiration and heart rate to develop medical services for patients.

Ohmatex, a Danish design company, designed a smart sock to detect leg edema and predict heart failure and threatened epilepsy in advance.