Double Canopy Wagon With Variable Frame Supports For Climate Control

The patent implements a double canopy structure where an inner canopy is nested within an outer canopy. The inner canopy provides primary coverage while the outer canopy adds an insulating layer. This nested arrangement improves thermal insulation and climate control without requiring completely separate structural systems, as both canopies share the same support framework and attachment points to the wagon chassis.

The patent adds a spatial dimension to the canopy structure by introducing a second canopy layer at a different height and position relative to the first. The canopies are arranged in a layered configuration with vertical spacing, creating multiple thermal zones and improving insulation through increased path length for heat transfer. This dimensional addition transforms a single-layer structure into a multi-layer insulating system.

The patent applies different structural qualities to different parts of the canopy system. The canopy frame supports are designed with varying dimensions - larger at the base where structural strength is most needed for attachment to the wagon chassis, and progressively smaller toward the top where less support is required. This gradient in structural quality maintains necessary strength while minimizing obstruction to air flow in the upper regions where ventilation is most effective.

The patent employs asymmetric canopy frame support structures where the supports are not uniform in all dimensions. The supports have greater cross-sectional area at the attachment points to the wagon floor and sides, providing structural strength, while the upper portions are reduced in size to allow air passage. This asymmetric design creates a functional gradient that addresses both structural and ventilation requirements simultaneously.