Sony Controllers Could Soon Emulate Temperatures To Reflect Gameplay

The giant conglomerate is looking to fully improve the haptic feedback feature.

Story Highlights

  • Sony has published a new patent that concerns a new deformable elastic sensor or gel-like material to replace the plastic used in PlayStation controllers; it is to improve haptic feedback. 
  • The document also discusses emulating temperature in the controllers to reflect gameplay using the new material. For example, a hot in-game item could make the controller warm to the touch.
  • The vibrations will travel better through the controller using the elastic material, and Sony discusses using AI to make the experience more natural.

Sony has published a new patent that discusses improvements to the haptic feedback feature and the ability to emulate the controller temperature to reflect gameplay moments. It mentions a deformable elastic sensor as well to replace the current plastic material used in PlayStation controllers. The change in sensors will reportedly improve the haptic feedback feature in the current controllers because of utilizing the gel-like material.

The shape or hardness of the portions of the elastic members 11 (grips) changes in response to a process performed by the information processing apparatus 2 such as a game, which makes it possible, for example, to present the material of a virtual object in a game space to the user as a haptic sensation, present the temperature of the virtual object as a warm/cold sense, or the like.

The controller could also emulate different changes in temperature to reflect the in-game virtual items in haptic feedback. For instance, a hot in-game material could make the controller mimic a mildly high temperature. The “Peltier element” would be included in the controller, which is able to electrically change its temperature to add another level of immersion in the haptic feedback feature and video games because of the new technology.

The image showcases the implementation of deformable elastic member in controllers.
The image showcases the implementation of the deformable elastic members in controllers.

Delving into the specifics, the patent dubbed “CONTROLLER” will use an electric signal that will flow through the deformable elastic member. It will detect the users’ touches to output electric signals depending on how much the sensor material was deformed. Thus, the vibrations will travel better through the new elastic material. The patent deeply discusses the deformable elastic material, and how it will “enrich haptic experiences.

This sensor detects user’s contact with or deforming action of the elastic member and outputs an electric signal based on the detected contact or deforming action in question.”

Shows an example diagram revealing an arrangement of the elastic member in the controller.
Shows an example diagram revealing an arrangement of the elastic member in the controller.

The elastic sensors could be based on various flexible materials, “such as a macromolecular gel material, examples of which are silicone-based macromolecular gel materials and urethane-based gel materials, and various elastomer materials.” Additionally, the controller could also utilize artificial muscles or soft actuators in the elastic member to ensure a smooth and organic experience during gameplay sessions, as mentioned.

Sony briefly states using AI to automatically recognize the severity of deformation. It will be recorded to naturally create haptic feedback in the controller depending on the pressure. The elastic sensor will feel the user’s touches, pinching, twisting, and other similar actions that will result in deformations of the material. All the actions performed by the user will be sensed by the controller utilizing innovative technology.

The patent also raises a concern with the elastic member trigger; deformation by a user may cause difficulty in locating its original shape and position while playing a game. In other words, it may become difficult to find the up and down directions of the control because of the change in shape; Sony provides a solution for it. The button will adopt the egg-like elliptical shape to fit in the user’s hand nicely.

The natural shape of the elastic member 11 may be asymmetric. For example, if the elastic member 11 is elliptical (what is generally called an egg-shaped) having, for example, a slightly thinner front, it becomes easy to recognize the up and down directions of the controller 1.”

Shows an example diagram revealing the external view of an arrangement of the elastic member in the controller.
Shows an example diagram revealing the external view of an arrangement of the elastic member in the controller.

The ability to mimic different temperatures to reflect gameplay moments is quite a major feat, and it hasn’t been seen in the controllers for now. Moreover, the flexible elastic member will enhance the user experience during a gameplay session, while only serving to improve the haptic feedback feature due to a lack of hard plastic. Sony could fully change the way controllers work by enhancing the haptic feedback to become even more natural. 

Sony is renowned for patenting wild ideas before its competitors, as it is among the leading figures in innovating on existing technologies. It recently published a patent to improve the voice chat feature in games for disabled users, and it is also exploring the idea of personalizing game narration and difficulty for each user

Similar Reads: Here’s What I Think About The Resident Evil 4 Remake After 100 Hours.

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Shameer Sarfaraz is a Senior News Writer on eXputer who loves to keep up with the gaming and entertainment industries devoutly. He has a Bachelor's Degree in Computer Science and several years of experience reporting on games. Besides his passion for breaking news stories, Shahmeer loves spending his leisure time farming away in Stardew Valley. VGC, IGN, GameSpot, Game Rant, TheGamer, GamingBolt, The Verge, NME, Metro, Dot Esports, GameByte, Kotaku Australia, PC Gamer, and more have cited his articles.

Experience: 4+ Years || Education: Bachelor in Computer Science.

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