Abstract: A coupling assembly includes a fixed component and a pivotable component. The fixed component has a base and an upstanding projection with a central bore and a plurality of small apertures around the bore. The pivotable component has a distal section and a proximal section with a planar face in sliding contact with the fixed component. The pivotable component has a threaded aperture axially aligned with the bore of the fixed component. A pin in the planar face is selectively positionable in a small aperture. Intermediate components adjustably couple the fixed and pivotable components. The intermediate components include a bolt received in the threaded aperture and slidably received in the bore. The bolt has a free end extending through the bore with a nut adjacent to the free end. A coil spring on the bolt between the nut and the fixed component urges the pin into a small aperture.

Abstract: A securement assembly is provided. A support has a lower end and an upper end. The lower end is coupled to the securement assembly. A spear has a leading end and trailing end with a central extent between the leading and trailing ends. A cylindrical member has a passageway slidably receiving the spear between the leading and trailing ends. Adjustment components couple the cylindrical member to the upper end of the support. The adjustment components are adapted to move the cylindrical member and spear between any of a plurality of orientations. The plurality of orientations include a generally horizontal orientation for storing and transportation and a generally vertical orientation for deploying and use.

Abstract: A table has a planar top panel. The table has downwardly extending legs. Each leg has an upper end. The upper end of each leg is attached to the top panel. Support hardware is attached to the upper surface of the top panel. A locking assembly is provided. The locking assembly attaches and releases the table with the support hardware to a cleat of a boat.