New Apple patents: squeezable iPhones and drop immunity?
Edge Sense-like feature. One of the patents outlines a device that has a soft "concentration point". When the chassis is squeezed, the concentration point deforms and activates underlying sensors, which in turn speak to the device's software. It's unknown whether Apple wants to use this for Siri activation or any other function.
It's worth noting that Google's squeeze for Assistant and HTC's Edge Sense work in a slightly different manner — they utilize pressure sensors, placed along the devices' frames. It does sound like Apple's implementation could strive for better accuracy, but we'd say that the Google / HTC solution is already quite sensitive.
A flash in the pan
Apple is no stranger to pushing for improved LED flashes on its iPhones. The True Tone flash that the company has been using since the iPhone 5s uses one white and one amber LED to create a more balanced lighting. The iPhone 7 got an upgrade, upping the LED count to 4 for a brighter flash. Now, it seems the company is working on an even more advanced solution.
The patent outlines a quad-flash, like the one on the iPhone 7 generation and up, but each module is covered by a material that diffuses light differently. The software would choose how bright each LED needs to be to achieve the best balance in a scene. Alternatively, the patent talks about giving manual controls over this component to the user.
Manual camera controls? We must be dreaming...
Where is aisle 5 anyway?
I am the Juggernaut!
Last but not least, we have a new patent that outlines a feature that'd protect phones and tablets from drops. Now, we've seen something similar in a patent before — a component that would spray gas internally and spin the iPhone mid-air in order to have it land in a way that would be less damaging.
This one takes things to another level. In this patent, a special processor will calculate impact geometry, if the phone is hit with enough force. If the processor detects too much pressure around a sensitive component, it will move an internal component around so that the impact geometry is changed and the force is shifted towards another component, which is designed to absorb most of the brunt. Now, we imagine that'd have to work super-fast. We also imagine we won't be seeing it in iPhones any time soon.