A swimming pool slide capable of assembly in a plurality of configurations is disclosed. The slide body comprises a seat segment, a runway segment and an exit segment, the runway segment being attachable to the other two segments in more than one orientation, thereby varying the configuration of the slide.
1. A swimming pool slide having a ladder connected to a slide body seat segment, a slide body runway segment and a slide body exit segment, the runway segment comprising a pair of oppositely curved sections wherein an upslide end of each curved section matches for attachment to the seat segment, a downslide end of each curved section matches for attachment to the exit segment and the downslide end of either curved section matches for attachment to the upslide end of the other curved section, wherein the curved sections each have an integral runway rail on a concave side that remains a constant height and an integral runway rail on a convex side that is approximately the same height as the concave side rail at the upslide end and the downslide end and transitions to approximately twice the height of the concave side rail midway between the upslide end and the downslide end.
2. The slide of claim 1 , wherein the curved sections each turn through an arc of approximately 62 degrees.
3. The slide of claim 1 , wherein the downslide end of the seat segment and the downslide ends of the curved sections include a plurality of protruding bosses and a plurality of embedded nuts, and the upslide end of the exit segment and the upslide ends of the curved sections include indentations for mating with the bosses and apertures aligned to the location of the embedded nuts.
4. The slide of claim 1 , wherein the ladder comprises a central tube having a plurality of steps attached, each step having a generally rectangular shape and an aperture the same diameter as the tube so the step slides on the tube to the proper attachment point.
5. The slide of claim 4 , wherein each step has a notch in a portion of a bottom side, which notch fits around a dowel inserted through a pair of apertures in the central tube, thus securing the step in a proper location on the tube.
6. The slide of claim 1 , or 4 , further including a water inlet, a water dispersal chamber, and a water distribution slot integral with the seat segment.
7. A swimming pool slide having a ladder connected to a slide body seat segment, a slide body runway segment and a slide body exit segment, the runway segment comprising a pair of oppositely curved sections wherein an upslide end of each curved section matches for attachment to the seat segment, a downslide end of each curved section matches for attachment to the exit segment and the downslide end of either curved section matches for attachment to the upslide end of the other curved section;
wherein the downslide end of the seat segment and the downslide ends of the curved sections include a plurality of protruding bosses and a plurality of embedded nuts, and the upslide end of the exit segment and the upslide ends of the curved sections include indentations for mating with the bosses and apertures aligned to the location of the embedded nuts;
wherein each curved section includes an integral stanchion receiver approximately centered underneath the curved section, a support stanchion is attached to each stanchion receiver, and the support stanchion are connected to base plates;
wherein each curved section has an integral runway rail on a concave side that remains a constant height and an integral runway rail on a convex side that is approximately the same height as the concave side rail at the upslide end and the downslide end and transitions to approximately twice the height of the concave side rail midway between the upslide end and the downslide end;
wherein the ladder comprises a central tube having a plurality of steps attached, each step having a generally rectangular shape, an aperture the same diameter as the tube, and a notch in a portion of a bottom side, which notch fits around a dowel inserted through a pair of opposing apertures in the tube; and
further including a water inlet, a water dispersal chamber and a water distribution slot integral within the seat segment.