Smart Lock Structure ― A Keyless Era

The development of the smart lock has addressed the majority of the mechanical issues, ushering in a keyless era while significantly enhancing security. The smart lock is a type of composite lock that blends biological recognition technology with standard mechanical locks to improve user recognition, lock safety, and management. The smart lock is incrementally evolving and improving as intelligent technology advances. It eliminates the inconveniences caused by the conventional lock with its high level of safety and comfort.

High-strength alloyed materials, such as zinc alloy and aluminum alloy, are used in Philips smart locks. Its enclosure protection class complies with GB/T 4208-2017’s IP52 degree. In other words, it has great anti-collision and anti-destructive qualities and could endure a high-strength impact of 2.62J under the pressure of 110N. The Philips smart lock has a concealed C-grade lock cylinder that may prevent the lock from being opened violently, which doubles its anti-theft effectiveness.

In order to keep the family safe, a lock’s primary purpose is to secure doors. The mortise is one of the crucial elements to guarantee the security of the lock. The mortise and handle of Philips’ smart lock utilize integrated die-casting technology with significant anti-vandal capabilities. The lock bolt is constructed from stainless steel 304. At the impact of the 3000N of axial static pressure, the main latch bolt can retract less than 5 mm, and it can still be utilized normally under the 6000N of sideways static pressure. As a result, the Philips smart lock features effective anti-prying, anti-pulling, anti-sawing, and anti-drilling capabilities. Philips smart lock employs multiple security encryption technologies including encrypted storage of the PIN code and APP data to avoid hackers invading the system and stealing data.

Nature’s equivalent of a Tesla coil, the tiny black box may produce potent electromagnetic pulses that can harm nearby electronic equipment. While the Tesla coil’s electromagnetic field can be shielded by the PCBA architecture of the Philips smart lock, it can also prevent some unusual commands, such as resetting to the factory settings and artificial automated unlocking.

In conclusion, a trustworthy smart lock should provide a guarantee of safety both inside and out. In addition to having anti-collision, anti-prying, and anti-vandal features, Philips smart locks also guard against little black box lock-picking technology and preserve user data security. The smart lock has evolved into a need for daily living, independent of convenience or safety, as the primary point of entry for a smart house. The Philips smart lock combines various levels of security and intelligence, simplifying daily tasks and providing comprehensive home protection.

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