Vehicle Accessory Mounting Platform with Resilient Latch and Keyed Lock

The mounting platform is divided into separate components: a base, a tray, a latch mechanism with bolt and strike plate, and a keyed lock mechanism. This segmentation allows each component to be manufactured independently using standard processes while providing complex security and stability functions when assembled.

The latch mechanism with bolt and strike plate serves as an intermediary between the simple structural components and the security requirement. The keyed lock mechanism acts as a second intermediary providing tamper-proof security. These intermediary elements transform a simple mounting structure into a secure system without requiring complex integration.

The latch mechanism is designed to be self-actuating through the resilient biasing mechanism that automatically engages the bolt with the strike plate when the tray is inserted. The keyed lock mechanism provides automatic engagement of the lock bolt with the lock mortise, eliminating the need for complex control systems or multiple operating steps.

The patent replaces electronic locking systems or complex multi-component security mechanisms with straightforward mechanical elements: a latch bolt with resilient biasing, a strike plate with inclined surface, and a keyed lock with bolt and mortise. These mechanical substitutions provide robust security while maintaining simplicity in design and operation.

The resilient biasing mechanism converts the harmful vibrational forces and shocks into beneficial engagement pressure. During vehicle motion, vibrations that would normally loosen connections are converted by the resilient element into continued engagement force between the latch bolt and strike plate, actually strengthening the connection under dynamic conditions.

The latch mechanism requires no manual adjustment or operation during normal use. The resilient biasing mechanism continuously maintains engagement pressure automatically, and the keyed lock remains engaged without intervention. Users simply insert and remove the tray as needed, with the mechanism self-regulating during vehicle motion.

The keyed lock mechanism is provided as a separate, modular component that can be manufactured and installed independently. This segmentation allows the use of standard, off-the-shelf lock cylinders and bolts rather than custom-machined integrated locking systems, significantly reducing manufacturing cost while maintaining tamper-proof security.

The keyed lock mechanism serves as an intermediary security layer that works independently of the main latch mechanism. The lock bolt engages with the lock mortise to provide tamper-proof security, while the main latch handles routine tray retention. This intermediary approach allows each mechanism to be optimized for its specific function using cost-effective manufacturing methods.