Garbage storage device

What is this patent about?

’676 is related to the field of waste management hardware, specifically the mechanical assemblies used to control the motion of a container lid. In traditional foot-pedal bins, the kinetic energy generated by the lid falling under its own weight often results in a loud, disruptive impact against the bin rim. The background context involves improving the user experience by integrating a deceleration mechanism into the existing lever-action framework that connects the foot pedal to the lid hinge.

The underlying idea behind ’676 is the integration of a telescoping spring-loaded damper directly into the pivot point where the horizontal foot-lever meets the vertical lifting rod. Rather than placing a buffer at the lid hinge or the pedal itself, the invention utilizes a dual-cylinder housing that encapsulates a spring, creating a modular resistance unit. This unit acts as a shock absorber that compresses and expands in sync with the linkage movement, utilizing mechanical resistance to counteract the gravitational pull on the lid during closure.

The claims of ’676 focus on a specific structural arrangement where a buffer is interposed between the bin base and the linkage assembly. The independent claims define a system comprising a first cylinder anchored to the base and a second cylinder connected to the junction of the two-part linkage. A compression spring is sandwiched between the closed ends of these two cylinders, which are designed to slide relative to one another, thereby providing a controlled resistance force that is applied directly to the lever system responsible for lid elevation.

In practice, the invention works by utilizing the displacement of the linkage to drive the telescoping action of the cylinders. When a user steps on the pedal, the linkage moves to lift the lid, and the buffer extends or compresses accordingly. When the pedal is released, the weight of the lid forces the linkage back down, but this motion is resisted by the internal spring and the sliding friction between the first and second cylinders. The design allows for the inclusion of a sealing ring and damping oil within the cylinder gap to further smooth the descent through fluid resistance.

This approach differs from prior solutions by moving the damping mechanism away from the lid hinge, where space is often limited and mechanical advantage is poor. By anchoring the buffer to the base and connecting it to the lever junction, the invention applies braking force at a high-torque point in the mechanical chain. This configuration not only reduces noise more effectively but also simplifies the construction by using the telescoping cylinders as both a housing for the spring and a structural guide for the linkage motion.