in the preferred embodiment , shown in fig1 and 2 , seating section ( 2 ) is positioned about 6 feet above the ground . ladder ( 1 ) is oriented perpendicular to the edge of the pool , at an approximate 74 ° vertical angle from the deck . the runway , comprised of a left turn section ( 3 ) and a right turn section ( 4 ), curves through 62 ° of arc , reverses and curves through an additional 62 ° of arc , so the runway exit ( 5 ) is approximately parallel to the runway entrance and perpendicular to the pool edge . the curvature may either be left / right - handed ( fig3 ) or right / left - handed ( fig4 ), depending on the desired positioning of the two runway sections . the slide body , shown in fig2 , comprising the seat ( 2 ), the curved sections ( 3 , 4 ) and the exit ( 5 ), is made of polyethylene ( such as exxonmobil llp8555 . 25 35 mesh powder ) with long term uvb stabilization utilizing a rotational molding process . for most of the slide length , the runway rails ( 6 ), integral with the slide body , are approximately 9 ″ high above the lowest point of the runway surface , providing safe confinement of the user and an optional handhold . the outside runway rail on the convex side of each curved section transitions from the typical height to a height that is substantially elevated , approximately 16 ″ high above the lowest point of the runway surface at regions ( 7 ), ( 8 ) constituting the center of curvature . this allows the user under centrifugal force to ride slightly up the wall , as in a banked turn , giving a toboggan - like ride and decreasing the likelihood of falling off the slide . the slide of the present invention also includes an improved ladder and handrail configuration , as shown in fig1 and 2 . ladder ( 1 ) is of a non - standard type , consisting of a single , large , tubular support ( 9 ), a pair of handrails ( 10 ), and five steps ( 11 ). the large diameter ladder support tube ( 9 ), consisting of a 6 ″ pvc tube approx 65 ″ in length , is attached to the seating section by slipping the ladder support tube into the ladder stanchion receiver ( 12 ) molded into the underside of the seating section ( 2 ). as may be seen in fig5 , the stanchion receiver ( 12 ) includes imbedded nuts ( 26 ) that align with apertures ( 27 ) in the ladder support tube ( 9 ) and secure with four bolts ( 28 ). the ladder support tube is then bolted to a base plate ( 13 ) manufactured of the same material as the slide , which itself is bolted to the deck . as seen in fig6 , the base plate 13 is internally molded to receive the ladder support tube at an approximate 74 ° angle , while providing a flat mounting surface to the deck . the steps ( 11 ), shown in detail in fig7 – 8 , of an unconventional design , are approximately 12 . 5 ″ wide , 22 ″ long and 5 ″ deep . they have a molded , ribbed , non - slip surface ( 29 ) and a 1 ″ molded lip around the sides and rear ( 30 ) preventing the user &# 39 ; s foot from slipping off the step . these steps attach to the ladder support tube by first inserting a ⅜ ″× 9 . 25 ″ nylon dowel ( 33 ) perpendicular through an aperture in the ladder support tube , then sliding the step down the ladder support tube through the approx 6 . 5 ″ center hole ( 31 ) molded into each step . the underside of the step has a molded notch ( 32 ), which tightly snaps onto the nylon dowel ( 33 ); the locking of the notch to the nylon dowel prevents the step from slipping down . handrails ( 10 ), shown in fig2 and 9 , attach to the top two steps and the seating section . a total of six apertures ( 34 ) for each handrail in the steps and seating section , each of which is recessed ( 33 ) slightly , align with imbedded nuts ( 35 ) within the handrails and are bolted on . the handrails extend about 8 ″ ( 14 ) above and along the edge of the seating section , creating a runway side rail on each side of the seating section , providing a safe transition from standing to sitting . the modularity that allows runway reversibility is seen in fig2 and 10 – 13 . each of the two runway sections ( 3 , 4 ) has an upslide end ( 36 , 56 ) and downslide end ( 37 , 57 ), respectively . the seating section ( 2 ) has a downslide end ( 54 ) and the exit section ( 5 ) has an upslide end ( 55 ). for a slide configuration that starts with a right turn , runway section ( 4 ) is the upper runway section and runway section ( 3 ) the lower section . for a slide that starts with a right turn , runway section ( 3 ) is the upper section and runway section ( 4 ) the lower section . the upslide ends of both runway sections can mate to the downslide end ( 54 ) of the seat section , and the downslide ends of both runway sections can mate to the upslide end ( 55 ) of the exit section . finally , the upslide end of either runway section can mate to the downslide end of the other runway section . as seen in fig1 , the downslide end of the seating section has molded circular , rounded bosses ( 38 ) and the matching upslide end of the runway section has molded circular indentations ( 39 ). the bosses align and lock into the indentations , ensuring the correct alignment and configuration of the slide runway sections . additionally , the upslide end ( 36 ) of upper runway section ( 3 ) has apertures ( 40 ) that align with imbedded nuts ( 41 ) located on the downslide end ( 54 ) of the seating section ( 2 ) and is attached with four bolts ( 42 ), as seen from below in fig1 . the same structure for mating , namely , bosses ( 38 ), indentations ( 39 ), apertures ( 40 ), embedded nuts ( 41 ) and bolts ( 42 ) permit connection of the two runway sections together ( not shown ) and the connection of the downslide end of a runway section with the upslide end ( 55 ) of exit section ( 5 ), illustrated in fig1 . as shown in fig2 the upper runway section ( 3 ) receives further vertical support from a large diameter stanchion ( 15 ) ( 6 ″ pvc approx . 49 ″ in length ) that is attached to the upper runway section by inserting the stanchion tube into the stanchion receiver ( 16 ), which is molded into the runway section . the lower runway section ( 4 ) is also supported by a large diameter stanchion ( 18 ) ( 6 ″ pvc pipe approx . 25 ″ long ) that is attached to the lower runway section by slipping the stanchion into the molded stanchion receiver ( 19 ). as seen in fig5 and fig1 , the stanchion receiver on both the upper and lower runway sections is molded with a semi - conical center that allows the stanchion tube to be aligned within the stanchion receiver at a 90 ° angle to the deck . in the fully assembled runway , providing for reversibility , the combination of curve and slope necessitates the support stanchion be adjustable to a 90 ° angle within the stanchion receiver itself on both the runway sections as the vertical angles of the stanchion receivers are slightly different when the two runway sections are reversed . also , pool decks are not always 90 ° to the stanchion receiver , some decks sloping away from the pool . the stanchion receiver includes imbedded nuts ( 26 ) that align with apertures ( 27 ) in the stanchion tube and secure with four bolts ( 28 ). the stanchion tube is then mounted to a base plate ( 17 ), which itself is bolted to the deck . as seen in fig1 , the downslide end ( 54 ) of the seating section and the upper and lower runway sections ( 37 , 57 ) have a molded recess ( 43 ) containing a foam gasket ( 44 ) that prevents the runway from leaking . as shown in fig1 the water lubricating system is comprised of about 10 feet of 1 ″ flexible pvc pipe ( 45 ) that is inserted into a hole ( 46 ) in the inward side of the ladder support tube slightly above the first step . the flex pipe is threaded up the ladder support tube to another hole ( 47 ) located above the top step on the inward side of the ladder support tube , providing a safe , enclosed and cosmetically appealing conduit for the water delivery piping . the flex pipe is pulled from the exit hole parallel to the underside of the seating section to about midway of the seating section , attaching to a male 1 ″ fitting ( 21 ) that is threaded into a 1 ″ female threaded fitting ( 22 ) that is bonded into a single , one - piece , integrated diffusing cavity ( 24 ) molded into the seating section , as shown in fig1 . the diffusing cavity ( 24 ) is fashioned in such a way as to form an opening ( 23 ) in the runway surface of the seating section slightly below the start of the downward slope of the runway on the seating section ( 25 ) transversely crossing the center of the trough of the slide . the effect is a high - volume , umbrella - shaped flow of water distributed across and then down the trough of the slide , affording heightened anti - friction lubrication for users and a fast ride . another embodiment of the invention comprises a slide with a single turn , typically through anywhere between 60 ° and 90 ° of arc . shown in fig1 – 17 , this slide is modular so that it may be assembled in a right - turn or left - turn configuration , depending upon the layout of the pool and deck or the preference of the owner . the slide body is made up of a seating section ( 102 ), a runway section ( 103 ) and an exit section ( 104 ). the runway section is reversible so that either of the runway section ends ( 107 , 108 ) can mate to the seating section or to the exit section , depending on the selected direction of curvature . while this embodiment can have a ladder design , slide body cross section and support similar to those in the previously - described embodiment , a simpler design is illustrated here . turning to fig1 , the slide is made up of a ladder portion ( 101 ), a seating section ( 102 ), a runway section ( 103 ) and an exit section ( 104 ). as illustrated , the ladder is similar to the ladder configuration described in u . s . pat . no . 6 , 575 , 840 . the slide body is made of conventional recreational pool slide materials and has integrated side rails of conventional height and a slide trough . the curved runway section incorporates on its convex side a side rail ( 110 ) that starts at conventional height , transitions to a substantially increased height at the center of the curve ( 111 ) and transitions back to conventional height at the opposite end of the section . as seen from below in fig1 , the seating section ( 102 ) incorporates a flange ( 121 ) under its downslide end , while the exit section ( 104 ) incorporates a matching flange ( 122 ) on its upslide end . the runway section ( 103 ) has flanges ( 123 , 124 ) under both of the ends . the three sections are joined together by bolts ( 125 ) through apertures in the flanges . because either end of the runway section may be positioned as the upslide end , and because either end of the runway section may securely attach to the seating section or to the exit section , the slide may be easily configured as a left - turn or right - turn slide . support in the illustrated embodiment is provided by the ladder at one end and a stanchion , similar to that in u . s . pat . no . 6 , 575 , 840 under the exit section . the bolted flanges provide sufficient support so that the runway section ( 103 ) may span from the seat to the exit . a person of ordinary skill will readily understand that other conventional support structures , or a support structure similar to the one in the two - turn embodiment , may be used . although the invention has been described with respect to specific embodiments , persons of ordinary skill in the art will readily understand that the inventive concept may be applied to a variety of configurations .
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 .