Over the years of covering Apple's patent applications we've learnt that in many instances Apple has different teams working on a single problem from different angles in order to find the right solution prior to bringing it to market. Last March we posted a patent report titled"Apple Invents Unique Protective Mechanisms for Future Devices." Then last October we posted another report on this subject titled "Apple Advances their Device Free Fall Protection Invention." Today the US Patent & Trademark Office published a patent application from Apple that reveals how this project is progressing in interesting new areas. Today's invention introduces us to drop countermeasures that could be added to future versions of Apple's iPad Smart Cover and Smart Case to shield the iPad from damage to vital components or its display when accidentally dropped. Apple also discusses new drop countermeasures designed for the iPhone.
The US Patent and Trademark Office officially published a series of 44 newly granted patents for Apple Inc. today. In this particular report we cover Apple's granted patent for a possible future magnetics system going far beyond Apple's current use of magnets in their iPad Smart Cover. Apple's founding patent for expanding the use of magnetic systems covers a few new applications like dual iPad configurations, a tripod stand for an iPad and others. In the bigger picture Apple is considering the use of magnetic systems for a hybrid tablet-notebook and a full line of magnet based iPad accessories.
On August 28, 2014, the US Patent & Trademark Office published a patent application from Apple that reveals an improved method of producing a lightning connector that has a newly defined breaking strength. This new feature will be able to protect the receptacle lightning connector and/or the electronic device from damage when a force is applied to the lightning connector. One of Apple's patent figures specifically presents a new docking station utilizing this new feature.
Apple introduced a vision for a future version of their Magic Mouse back in 2010 that was the most descriptive patent filing on this subject matter. It described and illustrated how the next generation Magic Mouse would be able to sense a plurality of forces and applied velocities. It went into great detail about advanced gesture profiles for new "brush, scoop, tilt, and slide" capabilities. In 2013 Apple was granted their first patent on force sensing related to the Magic Mouse. Today, Apple has applied for a second patent on this future feature with refinements. In one example of using this future version of their Magic Mouse, Apple notes that "the amount of force may correspond to a height that a character in a video game is instructed to jump." Apple also envisions force sensing capabilities in a future Magic Mouse could apply to very sophisticated custom applications such as flight simulator and beyond.
The US Patent and Trademark Office officially published a series of 58 newly granted patents for Apple Inc. today. In this particular report we cover a patent that is titled "Combining power from multiple resonance magnetic receivers in resonance magnetic power system," which relate generally to utilizing a wireless power transmission in a portable computing environment. In 2012 Patently Apple was first to report on Apple's future magnetic resonance power system. In 2013 we covered the same system with far more detail and later posted a report titled "The Cordless Home is now in Reach with Magnetic Resonance," discussing the new power system in the larger context of how it was progressing within the industry. Today we see for the first time how peripherals like Apple's Magic Mouse and future wireless keyboard will integrate magnetic resonators that will be powered by the new power system hidden within a future iMac or Mac Pro tower.