Portable hunting blind including seat/chair for use in hunting or similar environment including side panels and hinge brackets having support arms mounted to side panels; seat mounted to side panels, the seat together with side panels and hinge brackets having support arms form a chair-like structure; skirt put around side panels to conceal hunter sitting on seat; and bonnets and blind top. Blind top conceals hunter while allowing hunter to see what is going on around him. To hunt or to come out of portable hunting blind, hunter stands up throwing back bonnets and hitting the skirt with his knee, thereby detaching skirt. Portable hunting blind is folded by folding side panels along with skirt with help of hinge brackets and by throwing back bonnets to retracted state for easy transport.

The present invention relates to an alternative power generation system, comprising a portable electricity harvesting device for generating electrical power, a power unit coupled to said portable electricity harvesting device including circuitry for processing electrical power generated by said portable electricity harvesting device and storing said electrical power in a battery within said power unit, and a plurality of distribution components in electrical communication with said power unit and a plurality of devices to be electrically powered.

A pop up cover for a crib is provided for providing a safe, comfortable and isolated environment for a child in a crib. The pop-up cover may be made of breathable fabric panels having an integrated frame, for example a flexible frame, which can be folded (collapsed) on itself, for example when folded in specific ways if appropriate force is applied and which keeps the fabric in a taught, open position when unfolded (preventing the panels form falling inwards onto each other). The pop up cover can be lightweight and compact, quick and easy to set up, dark inside and breathable.

A pop up cover for a crib is provided for providing a safe, comfortable and isolated environment for a child in a crib. The pop-up cover may be made of breathable fabric panels having an integrated frame, for example a flexible frame, which can be folded (collapsed) on itself, for example when folded in specific ways if appropriate force is applied and which keeps the fabric in a taught, open position when unfolded (preventing the panels form falling inwards onto each other). The pop up cover can be lightweight and compact, quick and easy to set up, dark inside and breathable.

Portable hunting blind is adapted for concealing and facilitating exit of hunter. Portable hunting blind including blind side panel and blind top panel. Blind side panel includes front panel, rear panel, and end panels removably mounted to front panel. Each of the front panel, rear panel and end panels includes legs. Blind top panel includes front top panel and rear top panel pivotally mounted to center brackets mounted to end panels. Front top panel comprising blind top is thrown back over rear top panel to impede rear exit for hunter, and to allow hunter to demount front panel and open front panel outward as a gate to exit portable hunting blind. Rear top panel is operated similarly to allow hunter to exit from back of portable hunting blind.

Methods and systems for providing coverings and related support structures are provided. In various embodiments, methods and systems of the disclosure are suitable for and well adapted for use with small watercraft such as rafts. Methods and systems of the present disclosure provide a means for quick and easy assembly and disassembly of shadings and coverings as well as convenient storage.

Methods and systems for providing coverings and related support structures are provided. In various embodiments, methods and systems of the disclosure are suitable for and well adapted for use with small watercraft such as rafts. Methods and systems of the present disclosure provide a means for quick and easy assembly and disassembly of shadings and coverings as well as convenient storage.

A portable shading assembly for provision of shade using a tethered panel includes a mast and a panel. The mast has a bottom configured to couple to a surface. The panel is flexible and has a respective opposing side reversibly couplable to a top of the mast. The mast is positioned substantially equally distant from opposing edges of the panel. A plurality of tethers is coupled to and extends from the panel. Each of a plurality of stakes is reversibly couplable to a respective tether distal from the panel. The panel is positioned to couple to the mast. The mast and the stakes are configured to couple to the surface. The tethers are positioned to couple the panel to the stakes. The panel is positioned above the surface to use the natural force of the wind to inflate the panel and hold it aloft to provide shade to a user.

A portable shading assembly for provision of shade using a tethered panel includes a mast and a panel. The mast has a bottom configured to couple to a surface. The panel is flexible and has a respective opposing side reversibly couplable to a top of the mast. The mast is positioned substantially equally distant from opposing edges of the panel. A plurality of tethers is coupled to and extends from the panel. Each of a plurality of stakes is reversibly couplable to a respective tether distal from the panel. The panel is positioned to couple to the mast. The mast and the stakes are configured to couple to the surface. The tethers are positioned to couple the panel to the stakes. The panel is positioned above the surface to use the natural force of the wind to inflate the panel and hold it aloft to provide shade to a user.

A portable shade assembly for use in providing shade and sun protection, and thus substantially cooler temperatures, to an outdoor environment. More particularly, a shade assembly for use in providing sun and Ultraviolet (UV) protection for a variety of different industrial uses and for use in being transported to a variety of different locations. More particularly still, a portable shade assembly comprising a spring-loaded frame, a shade screen, and a continuous cable, wherein said cable is run throughout said frame, thereby being able to extend and retract said shade screen, as needed.