A vehicle enclosure includes a flexible material and at least one movable joining mechanism. The flexible material is supported by a hatchback door of a vehicle when the hatchback door is in an open position. The flexible material defines a movable interface enabling passage into a volume of space defined by the hatchback door and the flexible material. The one or more movable joining mechanisms are configured to removably attach the flexible material to the hatchback door to define a vehicle cabana. The vehicle enclosure is constructed as at least a one-piece configuration. The flexible material may be constructed in at least two sections that are configured to include a vertical portion that extends from a position on the hatchback door of the vehicle when the hatchback door is in an open position and the vertical portion extends towards a surface upon which the vehicle is positioned.

A structure for fixing tent support legs comprise a connection sleeve which encompasses a bottom end portion of a support leg, and a leg sleeve provided with a first groove. The structure also includes a hook comprising a first end coupled with a tent fabric and a second end engaged and coupled with the leg sleeve. The first groove is configured to engage and couple the connection sleeve internally. The first groove is formed in such a way that a first opening at a first end of the first groove comprises a stop plate which locks the connection sleeve into the first groove. Moreover, the periphery of the connection sleeve comprises a plurality of bosses configured to engage the first groove, and a top portion of the bosses engage a bottom of the stop plate thereby coupling the connection sleeve to the leg sleeve.

Embodiments in this disclosure include an outdoor shelter for on-ground and suspended use. The outdoor shelter has an enclosure element including a base, two sleeves including a. drawstring, and top straps. :Iii its on-ground configuration, the base and the sleeve lay flat, and the enclosure element is vertically supported by the top straps upon engaging a structural member. In its suspended configuration, the sleeves are bunched and its drawstring is coupled to lift points, and the base defines a catenary between the two lift points. The outdoor shelter may also include a detachable rainfly that overhangs above the enclosure element in both its on-ground and suspended configurations.

A tree stand hunting blind is comprised of two sides connected by a lower center portion. The blind does not have a roof and does not have a complete front wall. This allows a user to stand up and shoot a firearm or bow in any direction, including directly under the blind or directly above the blind. The bottom platform of a tree stand and the bottom portion of the blind function as a “floor” that helps hide the user from game animals below the blind. The sides of the blind break up the user's silhouette and help hide the user and the tree stand from game animals that are not directly under the blind. Each side of the blind incorporates a window with a moveable shade mechanism that allows them to be fully or partially opened or closed as needed by the user.

The invention is a first body and a second body, the first body includes a first magnetic element such as a coin shaped neodymium magnet, the second body includes a second magnetic element such as a steel disk or a coin shaped neodymium magnet so that the first body can be attracted to the second body by magnetic forces, the first body having an aperture therethrough. A method for custom camouflaging the exterior sheet material of a hunting blind using the apparatus of the instant invention. A method for suspending an article in a hunting blind using the apparatus of the instant invention.

A system for providing weather protection including shading in an automated and selective manner. The system includes an enclosure with an inner chamber and an outlet to the inner chamber. The system also includes a canopy and a deploy and retract assembly, which includes a canopy support assembly supporting the canopy. The deploy and retract assembly operates to move the canopy support assembly to move the canopy into the inner chamber and out of the inner chamber. The system further includes a controller generating control signals to operate the deploy and retract assembly. Specifically, this assembly is configured to retract the canopy by moving the canopy support assembly to move the canopy through the outlet into the inner chamber and further is configured to deploy the canopy by moving the canopy support assembly to move the canopy through the outlet to be at least partially outside of the inner chamber.

A tree stand hunting blind is comprised of two sides connected by a lower center portion. The blind does not have a roof and does not have a complete front wall. This allows a user to stand up and shoot a firearm or bow in any direction, including directly under the blind or directly above the blind. The bottom platform of a tree stand and the bottom portion of the blind function as a “floor” that helps hide the user from game animals below the blind. The sides of the blind break up the user's silhouette and help hide the user and the tree stand from game animals that are not directly under the blind. Each side of the blind incorporates a window with a moveable shade mechanism that allows them to be fully or partially opened or closed as needed by the user.

A system for providing shade onto a surface is described herein. The system includes a canopy configured for engagement with, and aerial suspension by, a frame. The frame includes a plurality of sections configured for end-to-end alignment from a left end to a right end of the frame. Each section is configured to engage with any adjacent sections to form the frame. The ends of the frame are secured to the surface, thereby aerially suspending the canopy and providing shade to the surface.