The invention provides means, methods, and devices for suspending persons and goods above the ground while outdoors. Particularly, the invention provides a treepod assembly having a tent and a suspension element, capable of securely supporting at least one occupant while suspended above the ground from a tree or other elevated structure. In some embodiments, the treepod assembly may further include a rigid frame for additional support. Certain embodiments include an inflatable pocket that protects occupants and items inside the tent from injury or damage in case of a fall and impact with the ground.

The invention provides means, methods, and devices for suspending persons and goods above the ground while outdoors. Particularly, the invention provides a treepod assembly having a tent and a suspension element, capable of securely supporting at least one occupant while suspended above the ground from a tree or other elevated structure. In some embodiments, the treepod assembly may further include a rigid frame for additional support. Certain embodiments include an inflatable pocket that protects occupants and items inside the tent from injury or damage in case of a fall and impact with the ground.

Disclosed is a double-roof foldable tent. The double-roof foldable tent includes a tent roof connection block, where a plurality of double-roof assemblies are arranged at a bottom of the tent roof connection block, the double-roof assemblies include connection rods, the connection rods are arranged at the bottom of the tent roof connection block, one sides of the connection rods are fixedly connected to fastener posts, the one sides of the connection rods are provided with double-roof rods, and one sides of the double-roof rods are provided with double-roof linkage rods. When the tent is unfolded, a ventilation gap is formed so that more wind passes through the gap, and a ventilation effect is better. Since wind passes through the gap, wind resistance is smaller, the use stability is improved, and air inside the tent can flow sufficiently. The tent can be folded as a whole and is convenient to store.

Disclosed is a double-roof foldable tent. The double-roof foldable tent includes a tent roof connection block, where a plurality of double-roof assemblies are arranged at a bottom of the tent roof connection block, the double-roof assemblies include connection rods, the connection rods are arranged at the bottom of the tent roof connection block, one sides of the connection rods are fixedly connected to fastener posts, the one sides of the connection rods are provided with double-roof rods, and one sides of the double-roof rods are provided with double-roof linkage rods. When the tent is unfolded, a ventilation gap is formed so that more wind passes through the gap, and a ventilation effect is better. Since wind passes through the gap, wind resistance is smaller, the use stability is improved, and air inside the tent can flow sufficiently. The tent can be folded as a whole and is convenient to store.

Disclosed are the design and utilitarian characteristics of a support device for supporting a cover wherein such cover is typically used to cover a vehicle such as a boat or automobile. The invention includes a dome shaped support device with a depending base configured for extending through a cover. The depending base defines an interface for being associated with a support structure such as a pole and such interface may be a swivel interface. Additionally, the support device may define a suspension interface so that a tether may be used to apply a support force from above the support device. The support device may also define a swivel device configured for being associated with a support surface such as a floor.

DE 86 22 844 01 discloses a tent having a carrying framework and a tarpaulin arranged thereon, wherein the carrying framework is formed by a scissor type system of rods having the tarpaulin arranged thereon.

A stacked temporary lodging, including a lower insulated cabin, having side walls and a top cover, and an upper tent, having a base surface disposed adjacent and above the top cover of the lower insulated cabin, and a top surface. A plurality of tensioned straps are attached to the lower insulated cabin and extend over the top surface of the upper tent. A plurality of fasteners attach an upper edge of the lower insulated cabin to the base surface of the upper tent.

A stacked temporary lodging, including a lower insulated cabin, having side walls and a top cover, and an upper tent, having a base surface disposed adjacent and above the top cover of the lower insulated cabin, and a top surface. A plurality of tensioned straps are attached to the lower insulated cabin and extend over the top surface of the upper tent. A plurality of fasteners attach an upper edge of the lower insulated cabin to the base surface of the upper tent.

A portable shade shelter has a plurality of canopies including at least a first canopy and a second canopy. The first canopy is disposed over the second canopy, and the first canopy is capable of being spaced apart from the second canopy in a vertical direction such that air is capable of flowing between the first canopy and the second canopy. Each of the first canopy and the second canopy includes a plurality of openings configured to permit air and light to pass through the respective first canopy and second canopy.

A portable shade shelter has a plurality of canopies including at least a first canopy and a second canopy. The first canopy is disposed over the second canopy, and the first canopy is capable of being spaced apart from the second canopy in a vertical direction such that air is capable of flowing between the first canopy and the second canopy. Each of the first canopy and the second canopy includes a plurality of openings configured to permit air and light to pass through the respective first canopy and second canopy.