초록 ▼

A camper having passive solar climate controls. The camper has a solar structure carried by a base. The solar structure includes a cover, a window panel, a ridge vent, a plurality of awnings, and a plurality of side panels. The ridge vent and the awnings are carried by the cover and the window panel

A camper having passive solar climate controls. The camper has a solar structure carried by a base. The solar structure includes a cover, a window panel, a ridge vent, a plurality of awnings, and a plurality of side panels. The ridge vent and the awnings are carried by the cover and the window panel. The window panel and the cover are each pivotally attached to the base such that they are rotated toward the base into a collapsed position and/or away from the base into an extended position. A gable connector secures the cover and the window panel in the extended position. The side panels cooperate with the cover and the window panel to define an interior within the camper. The window panel includes a window and a solar curtain adapted to releasably cover the window. The ridge vent is received by a ventilation opening proximate the gable connector.

대표청구항 ▼

Having thus described the aforementioned invention, what is claimed is: 1. A method for naturally controlling atmospheric temperature within a camper, the method comprising: providing a camper having an upper portion, a lower portion, and a plurality of walls defining an interior; positioning a win

Having thus described the aforementioned invention, what is claimed is: 1. A method for naturally controlling atmospheric temperature within a camper, the method comprising: providing a camper having an upper portion, a lower portion, and a plurality of walls defining an interior; positioning a window to be received by a wall of the camper, said window being adapted to pass solar radiation in order to warm said interior; positioning a ridge vent to be received proximate the camper upper portion, said ridge vent being selectively movable between an open position and a closed position; positioning at least one side vent to be received by the camper proximate the camper lower portion, each of said at least one side vent being selectively movable between an open position and a closed position; adapting a solar curtain to removably cover said window to prevent solar radiation from passing through said window, wherein said solar curtain comprises a substantially heat-insulative panel defining a substantially heat-reflective surface; cooling the camper including the steps of: configuring said solar curtain to cover said window; moving said ridge vent to an open position; and moving each of at least one side vent to an open position, whereby solar radiation is limited from passing through said window while warm air is allowed to vent outwardly from said ridge vent, the warm air being replaced by cooler air venting inwardly from said at least one side vent; and heating the camper, including the steps of: configuring said solar curtain to uncover said window; moving said ridge vent to a closed position; and moving each of at least one side vent to a closed position, whereby ventilation into and out of the interior is limited while solar radiation is allowed to pass through said window and heat the air within said interior. 2. The method of claim 1, said method further comprising: positioning an awning proximate said side panel, said awning being configured such as to provide shade to said side panel.