Do You Understand the Fully Automatic Push Pull Lock?

In the realm of modern security solutions, the evolution of fully automatic push pull locks has transformed the landscape of access control. Beyond the mechanical structures of traditional locks, these innovative locks bring forth a seamless and efficient approach to securing homes. Let's delve into the intricacies of fully automatic push pull locks, exploring their design, functionality, and the advancements that set them apart.

Mechanical to Fully Automatic: Evolution of Push Pull Lock Structures

Traditionally, most door locks labeled as fully automatic still relied on mechanical structures. After fingerprint recognition, an internal chip would send an unlocking signal, and the downward pressure on the handle would guide the internal locking mechanism to unlock. This mechanical approach, though effective, had limitations in terms of speed and convenience.

Later developments introduced a backpack motor automatic lock, characterized by an exterior panel without a handle. Fingerprint recognition and the unlocking structure were integrated onto the front panel, with a backpack motor added to the mechanical lock body. This motor, positioned on the rear panel, rotated the lock core's dial to engage the locking bolt, creating the appearance of a fully automatic process. However, the extended transmission path resulted in time delays, introducing a waiting period during the unlocking process.

Tenon Smart Push Pull Lock: Reshaping Residential Security

Designed specifically for the residential market, the Tenon Smart Push Pull Door Lock operates flawlessly in any climate, ranging from -20℃ to 75℃. With a commitment to providing an automatic entry and exit process for entire households, Tenon has invested in a state-of-the-art research and development laboratory, focusing on a wide range of mortise and cylindrical locks, electromechanical products, and systems.

In terms of strength, Tenon's smart push pull door lock, designed for the Chinese market, connects to the Internet of Things (IoT) development platform and supports protocols that introduce new security measures to doors. Aimed at delivering high-quality security standards and user-friendly access control solutions, Tenon's smart lock safeguards your premises and personnel.

Push Pull Lock Core and Intelligent Monitoring: Enhancing Security

The lock core of the Tenon Smart Push Pull Lock adopts the C-level structure, with a cylinder directly penetrating the lock body. The transmission device is strategically designed in the middle of the lock body, effectively preventing unauthorized access attempts. The true straight-insert lock core, characterized by a round upper and lower structure resembling a gourd, ensures security even if the external panel is damaged. This design contrasts with false straight-insert lock cores, composed of a partial core and a connecting drive rod, making them vulnerable to external damage.

The internal structure of the lock has been reengineered to provide a fully automatic unlocking transmission structure. The built-in clutch achieves a seamless automatic unlocking/locking process. The lock body features comprehensive electronic detection, equipped with precise smart sensors that monitor real-time door statuses, such as open, closed, ajar, locked, and anomalies. This information can be relayed locally or remotely, enhancing user awareness and security.

In embracing the Tenon Smart Push Pull Lock and other fully automatic push pull locks, homeowners can expect a harmonious blend of advanced technology and robust security. The journey from traditional mechanical locks to fully automatic solutions reflects a commitment to efficiency, convenience, and, most importantly, a heightened level of security. As residential security solutions continue to evolve, the fully automatic push pull lock stands as a testament to innovation in the pursuit of a safer and smarter living environment.

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