Vertical Storage Lift Ejecting Mechanism for Automated Goods Transfer

The patent introduces roller tracks as intermediary transport elements that extend into the elevator shaft. These roller tracks serve as a mediator between the vertical storage lift and the horizontal transport system, enabling automatic goods transfer without manual intervention. The roller tracks are positioned to receive goods directly from trays as they are ejected from the elevator, creating a seamless automated workflow.

The patent transitions from purely vertical goods handling to a combined vertical-horizontal transport system. By introducing horizontal roller tracks that extend into the vertical elevator shaft, the system adds a horizontal dimension to the traditionally vertical storage lift operation. This dimensional extension enables automatic goods ejection and transfer, resolving the automation limitation while preserving the speed advantages of vertical storage.

The patent makes the vertical storage lift system multi-functional by integrating it with horizontal roller track networks. The same vertical lift units can serve multiple functions: storing goods, delivering to display ports, and transferring goods to horizontal transport routes for distribution to multiple destinations. This universality enables scalability without increasing individual unit complexity, as the modular vertical lifts can be connected to expanding horizontal transport networks.

The patent divides the warehouse transport system into separate modular segments: vertical storage lift units and horizontal roller track networks. Each vertical lift remains a simple, cost-effective stand-alone unit, but multiple units can be connected to shared horizontal transport infrastructure. This segmentation allows the system to scale by adding more vertical units that utilize the existing horizontal network, rather than requiring each unit to be a complete standalone system.