The invention that turns any object into a capacitive touch surface

a new japanese technology has revolutionized the concept of touch surfaces, allowing almost any material, from wood to a stuffed animal, becomes interactive.

Japan Display Inc. (JDI) has presented its ZINNSIA technology at the CEATEC 2024 fairdemonstrating how this innovation can transform everyday objects into capacitive touch surfaces.

Unlike previous technologies that required cameras or complex detection systems, ZINNSIA uses capacitive sensors to accurately detect contacteven through thick materials or uneven surfaces.

Everyday surfaces converted into tactile ones

During the fair, attendees were able to interact with various samples ranging from wooden surfaces to a friendly stuffed cat. This technology not only responds to touch, but also offers new possibilities in the world of home automation and entertainment.

For example, one of the prototypes allowed users turn on, off or dim lights by simply touching these materials, showing the potential for household applications such as lighting controls that do not require direct physical contact.

The stuffed cat was one of the most popular attractions. Visitors could touch and caress it, which elicited a response from an animated cat that appeared on a nearby screengiving the feeling of a real interaction. This advancement suggests a future where smart toys are even more immersive.

Beyond wood or toys, ZINNSIA showed its versatility by turning a plant into an interactive touch surface. By touching the leaves, visitors could hear sounds, offering a unique sensory experience and sparking curiosity about how this technology could be applied in the future.

This ability to make such varied objects interactive opens the door to new applications in education, sensory therapy and the interactive art.

Another fascinating aspect of ZINNSIA technology is its ability to work on surfaces where physical contact may not be desired, such as in bathrooms or industrial areas. The ability to activate devices without touching them directly makes this technology ideal for places where hygiene or safety is important.

Although ZINNSIA technology has already proven its effectiveness, the next step is to see how it will be marketed and what practical applications it will have on a daily basis. Imagine smart appliances, interactive displays in public kiosks, or even new types of devices in which interaction with the user is based on touching previously inert materials.

In the field of smart home, it could represent a true revolution, with light controls, appliances and even locks that respond to touch on any type of surface.

ZINNSIA also has the potential to make toys and entertainment devices more interactive and personalized.especially in the world of robotic pets or augmented reality devices.

Additionally, the ability to turn unusual surfaces into touch controls may have applications in industries such as architecture or interior design, where walls or furniture could respond to users’ touch to control various devices.

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Tags: Artificial intelligence