A waterfowl decoy carrier and blind system configured to hold a plurality of waterfowl decoys in a balanced, hands free manner for efficient transport to and from a desired hunting location. The carrier is uniquely configured to accommodate the irregular shape of the decoys radially about the hunter's midsection while supported by the hunter's shoulders. The waterfowl decoy carrier generally comprises a rectangular body having a top perimeter and a plurality of upward opening linearly aligned pockets. Each pocket is configured and sized to receive one or more waterfowl decoys. In an embodiment, one or more waterfowl decoy carriers can be used in combination to provide a visual blind barrier forming a waterfowl hunting blind system.

A waterfowl decoy carrier and blind system configured to hold a plurality of waterfowl decoys in a balanced, hands free manner for efficient transport to and from a desired hunting location. The carrier is uniquely configured to accommodate the irregular shape of the decoys radially about the hunter's midsection while supported by the hunter's shoulders. The waterfowl decoy carrier generally comprises a rectangular body having a top perimeter and a plurality of upward opening linearly aligned pockets. Each pocket is configured and sized to receive one or more waterfowl decoys. In an embodiment, one or more waterfowl decoy carriers can be used in combination to provide a visual blind barrier forming a waterfowl hunting blind system.

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.

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.

The mobile cart, convertible to a canopy shelter, scissor member rectilinear expandable side frameworks having closed, fully open and intermediate modes. A canopy framework of extendable canopy struts. A central hub pivotally connected to upper strut ends. Vertically extendable legs having corner joints pivotally connected to lower strut ends and to adjacent side scissor frameworks. Each leg has a wheel. A fabric canopy cover on the expanded side framework when the struts form a pitched frame. Struts have a substantially closed, vertical stand mode when telescopically collapsed. Struts have a cart-floor mode at an intermediate length when legs are intermediate height, forming an open top wheeled cart. Fully collapsed, canopy cover is interstitial vertical standing struts and collapsed side frameworks. Method from compact form, extending frameworks and struts first to intermediate rectilinear position for the cart-mode; then lifting hub, extending struts while extending the frameworks to a canopy deployed position.

The mobile cart, convertible to a canopy shelter, scissor member rectilinear expandable side frameworks having closed, fully open and intermediate modes. A canopy framework of extendable canopy struts. A central hub pivotally connected to upper strut ends. Vertically extendable legs having corner joints pivotally connected to lower strut ends and to adjacent side scissor frameworks. Each leg has a wheel. A fabric canopy cover on the expanded side framework when the struts form a pitched frame. Struts have a substantially closed, vertical stand mode when telescopically collapsed. Struts have a cart-floor mode at an intermediate length when legs are intermediate height, forming an open top wheeled cart. Fully collapsed, canopy cover is interstitial vertical standing struts and collapsed side frameworks. Method from compact form, extending frameworks and struts first to intermediate rectilinear position for the cart-mode; then lifting hub, extending struts while extending the frameworks to a canopy deployed position.

The mobile cart, convertible to a canopy shelter, scissor member rectilinear expandable side frameworks having closed, fully open and intermediate modes. A canopy framework of extendable canopy struts. A central hub pivotally connected to upper strut ends. Vertically extendable legs having corner joints pivotally connected to lower strut ends and to adjacent side scissor frameworks. Each leg has a wheel. A fabric canopy cover on the expanded side framework when the struts form a pitched frame. Struts have a substantially closed, vertical stand mode when telescopically collapsed. Struts have a cart-floor mode at an intermediate length when legs are intermediate height, forming an open top wheeled cart. Fully collapsed, canopy cover is interstitial vertical standing struts and collapsed side frameworks. Method from compact form, extending frameworks and struts first to intermediate rectilinear position for the cart-mode; then lifting hub, extending struts while extending the frameworks to a canopy deployed position.