Abstract: A raised border system includes a plurality of beams and a plurality of corner brackets that are configured to connect ends of the plurality of the beams to one another to form an enclosed inner area. Each corner bracket includes a first beam receiving slot that is open along a first side of the corner bracket and a second beam receiving slot that is open along a second side of the corner bracket and a first opening that is isolated from both the first beam receiving slot and the second beam receiving slot. The system includes a plurality of corner connectors that are coupled to and sit above the plurality of corner brackets. Each corner connector has an insert that is received within the first opening of one respective corner bracket. Each corner connector is configured to attach to an upper frame system.

Abstract: A reconfigurable butterfly conservatory includes a raised garden base that defines an inner garden area. The raised garden base includes holes for receiving complementary upright poles. The conservatory further includes a canopy structure that includes connectors for receiving the complementary upright poles, wherein the canopy structure includes an air vent and one or more first windows that can be opened and closed. The air vent includes a mesh layer that promotes chrysalis formation. The conservatory further includes a plurality of side walls that are configured for coupling to at least the canopy roof structure for suspending the plurality of side walls such that bottom edges of the side walls are positioned adjacent to the raised garden base to define a hollow interior space that includes the inner garden area. At least one side wall is formed at least substantially of a mesh material.

Abstract: A collapsible shelter is provided and is in the form of a self-locking and inverting canopy that can be moved between a collapsed state to an in-use state by applying an inversion force to a central hub.

Abstract: A raised border system is disclosed. The system includes one or more brackets that secures at least one beam in position using at least one anchor stake to create a variety of edging systems. The brackets include nubs that can be inserted into the brackets without the use of tools and are sized and shaped to securely engage a beam in a manner such that the force required to assemble the beams is relatively small and is well exceeded by the force required to disengage the beam from the bracket. While the nubs obviate the need for traditional fasteners or tools, the border system is still compatible with traditional fasteners affording the user a wide variety of options during construction. The system is also universally compatible with a variety of beam materials and sizes.

Abstract: A grow light support system for use with a raised border system includes components for forming a tension cord network that is suspended over the raised bed border system and includes a grow light unit that is suspended on the tension cord network. The grow light unit is configured such that the grow light can be positioned and locked in place at a predetermined location of the tension cord network and is configured such that the distance between the grow light and the tension cord network can be varied, thereby changing the height at which the grow light is positioned relative to the ground.

Abstract: A raised border system is disclosed. The system includes one or more brackets that secures at least one beam in position using at least one anchor stake to create a variety of edging systems. The brackets include nubs that can be inserted into the brackets without the use of tools and are sized and shaped to securely engage a beam in a manner such that the force required to assemble the beams is relatively small and is well exceeded by the force required to disengage the beam from the bracket. While the nubs obviate the need for traditional fasteners or tools, the border system is still compatible with traditional fasteners affording the user a wide variety of options during construction. The system is also universally compatible with a variety of beam materials and sizes.

Abstract: A netting or trellis support for use with hollow-top stakes comprises a pole having a lower end sized to be received in the hollow top of a respective stake and to extend in a vertical direction. First and second sleeves have respective first and second attachment members. The first sleeve is affixed proximate the top end of the pole. The second sleeve is mounted for rotation relative to the first attachment member. The attachment members are supported by the pole so as to have a generally coincident axis that is perpendicular to the vertical direction. The netting or trellis is supported at least between the first and second attachment members. In a more particular arrangement, cross members can be engaged to an attachment member of each of two adjacent poles. The netting or trellis support can be used in conjunction with a raised border system.