Apple was recently granted a new patent that has the potential to transform the world of virtual and augmented reality (VR/AR). The patent describes a head-mounted display (HMD) adapter that can be attached to an iPhone, allowing users to temporarily turn their handsets into VR or AR headsets.
Apple announced its long-awaited AR hardware device, the Vision Pro, at its Worldwide Developers Conference, with a staggering price tag of $3,499. This high price has raised questions about the affordability of such technology for the average user, leaving even Apple CEO Tim Cook in the dark.
In response to these concerns, rumors have circulated that Apple is working on a cheaper version of the Vision Pro. However, even this ‘cheap’ version is expected to be quite expensive. The recently granted patent reveals another technique Apple is experimenting with to improve the user experience.
According to the patent, users could theoretically place their iPhone or iPad in a headband that resembles a pair of goggles. The idea is to create a wireless link between the iPhone and the headband, perhaps using a sensing mechanism built into the smartphone. Apple seems keen to explore new ways for people to get the most out of their iPhones and iPads.
Although the exact mechanics of how the headband interacts with the iPhone or iPad to produce the VR experience remain unknown, the existence of this patent shows that Apple’s developers are actively researching the idea of turning these devices into VR headsets. It should be noted that obtaining a patent does not guarantee the creation of a related product, but it does reflect Apple’s interest in the technology.
As the VR/AR market evolves, Apple’s patent demonstrates the company’s commitment to pushing the boundaries and discovering unique ways to incorporate immersive experiences into its existing ecosystem. While the ultimate fate of this patent is unknown, it demonstrates Apple’s commitment to innovation and the possibility of a future where iPhones and iPads could transport consumers into immersive virtual environments.
