A collapsible stand for a hammock comprising a support structure having a first hub assembly and a second hub assembly coupled by a pair of cross beams, a base portion having four legs removably coupled to, and extended down and away from the support structure, to form a pyramidal frustum, and an upright portion having a first upright assembly and a second upright assembly removably coupled to, and extending up and at angles away from the support structure, the first upright assembly and the second upright assembly each having an attachment point at a distal end opposite the support structure.

A collapsible stand for a hammock comprising a support structure having a first hub assembly and a second hub assembly coupled by a pair of cross beams, a base portion having four legs removably coupled to, and extended down and away from the support structure, to form a pyramidal frustum, and an upright portion having a first upright assembly and a second upright assembly removably coupled to, and extending up and at angles away from the support structure, the first upright assembly and the second upright assembly each having an attachment point at a distal end opposite the support structure.

A hammock and tent assembly for viewing the sky includes a frame, a shell, and a hammock. The frame comprises a plurality of segments, which are hingedly interconnected so that the frame is selectively positionable in a deployed configuration and a stowed configuration. In the deployed configuration, the frame is substantially cuboid shaped and defines an interior space. In the stowed configuration, the segments are proximally positioned. The hammock is selectively engageable to the frame so that the hammock is suspended therefrom and positioned in the interior space. The shell is selectively positionable over and around the frame and can shelter a user positioned on the hammock. At least a portion of the shell positioned over the top is substantially transparent, thereby allowing the user a view therethrough.

A hammock and tent assembly for viewing the sky includes a frame, a shell, and a hammock. The frame comprises a plurality of segments, which are hingedly interconnected so that the frame is selectively positionable in a deployed configuration and a stowed configuration. In the deployed configuration, the frame is substantially cuboid shaped and defines an interior space. In the stowed configuration, the segments are proximally positioned. The hammock is selectively engageable to the frame so that the hammock is suspended therefrom and positioned in the interior space. The shell is selectively positionable over and around the frame and can shelter a user positioned on the hammock. At least a portion of the shell positioned over the top is substantially transparent, thereby allowing the user a view therethrough.

A recumbent head support system comprising a frame which suspends a fabric platform that allows the user to customize the level of support to meet their anatomical alignment needs and comfort, in turn, promoting relaxation of local postural muscles and minimizing restlessness. The headrest frame includes cross support member(s), a pair of lower horizontal base members secured to base cross support member, vertical members secured to base cross member, and an upper pair of horizontal members cantilevered and secured to vertical members or upper cross support member, and a pair of horizontal connecting members at the terminal ends of upper and lower pairs of horizontals, and a fabric sling attached to upper horizontal members. Optionally, user actuated control element(s) for adjusting concavity.

In a preferred embodiment, a hammock suspension structure is provided. The frame is light and foldable, and portable. This allows it to be taken to many different environments and provides a self-sufficient structure to enjoy a hammock once unfolded into its final shape from its folded, portable configuration. Furthermore, its unique design makes it particularly light and capable of supporting a high load (e.g., up to 250 kg), therefore allowing more than one person to utilize it at the same time. The hammock bed convertible allows a more defined transformation from bed to sofa configuration, and vice versa.

In a preferred embodiment, a hammock suspension structure is provided. The frame is light and foldable, and portable. This allows it to be taken to many different environments and provides a self-sufficient structure to enjoy a hammock once unfolded into its final shape from its folded, portable configuration. Furthermore, its unique design makes it particularly light and capable of supporting a high load (e.g., up to 250 kg), therefore allowing more than one person to utilize it at the same time. The hammock bed convertible allows a more defined transformation from bed to sofa configuration, and vice versa.

A dual-purpose stand for hammock and hammock chair, including at least one support assembly. The at least one support assembly each comprises a bottom rod. Two ends of the bottom rod are each provided with a suspension frame. The at least one support assembly is each provided with a bending portion. The bending portion is configured to be turned to adjust a spacing between suspension points of suspension frames, so as to correspondingly form a hammock suspension form or a hammock chair suspension form.

A dual-purpose stand for hammock and hammock chair, including at least one support assembly. The at least one support assembly each comprises a bottom rod. Two ends of the bottom rod are each provided with a suspension frame. The at least one support assembly is each provided with a bending portion. The bending portion is configured to be turned to adjust a spacing between suspension points of suspension frames, so as to correspondingly form a hammock suspension form or a hammock chair suspension form.

Disclosed is a planar, circular disc, referred to as a diverter. Components of the diverter include a rim, a first face, a second face, a flange, and an interior aperture. The interior aperture is constructed of dimensions serving to accommodate the width and thickness of a strap, rope, cable, or other apparatus used for suspending a hammock between two vertical structures, usually trees. The profile of the interior aperture is constructed in any geometric contour, and in a range of sizes to fit the specific dimensions of any apparatus that is used for suspension of the hammock. The diverter, upon being connected about the apparatus used for support of a hammock, serves to divert the flow of rainwater away from the bedding surface of the hammock.