Abstract: The disclosure is directed to a flapper system and a flapper system kit that is compatible with both 2? and 3? flush valve seats. In some embodiments, the flapper system is configured to enable a user to select either a 2? or 3? flush valve seal for the flapper system. In some embodiments, the flapper system includes a pivot that enables sealing of a flat flush valve seat or an angled flush valve seat. In some embodiments, the flapper system includes one or more adjustable window assemblies that control a fluid flowrate within an internal portion of the flapper system to control buoyancy. In some embodiments, the flapper system includes an adaptor that converts a 2? valve into a 3? valve.

Abstract: The disclosure is directed to a flapper system and a flapper system kit that is compatible with both 2? and 3? flush valve seats. In some embodiments, the flapper system is configured to enable a user to select either a 2? or 3? flush valve seal for the flapper system. In some embodiments, the flapper system includes a pivot that enables sealing of a flat flush valve seat or an angled flush valve seat. In some embodiments, the flapper system includes one or more adjustable window assemblies that control a fluid flowrate within an internal portion of the flapper system to control buoyancy. In some embodiments, the flapper system includes an adaptor that converts a 2? valve into a 3? valve.

Abstract: The disclosure is directed to a flapper system and a flapper system kit that is compatible with both 2? and 3? flush valve seats. In some embodiments, the flapper system is configured to enable a user to select either a 2? or 3? flush valve seal for the flapper system. In some embodiments, the flapper system includes a pivot that enables sealing of a flat flush valve seat or an angled flush valve seat. In some embodiments, the flapper system includes one or more adjustable window assemblies that control a fluid flowrate within an internal portion of the flapper system to control buoyancy. In some embodiments, the flapper system includes a packaging system that includes an external portion of an interior packaging that extends outside of a structural packaging resulting in a greater display area.

Abstract: The disclosure is directed to a flapper system and a flapper system kit that is compatible with both 2? and 3? flush valve seats. In some embodiments, the flapper system is configured to enable a user to select either a 2? or 3? flush valve seal for the flapper system. In some embodiments, the flapper system includes a pivot that enables sealing of a flat flush valve seat or an angled flush valve seat. In some embodiments, the flapper system includes one or more adjustable window assemblies that control a fluid flowrate within an internal portion of the flapper system to control buoyancy. In some embodiments, the flapper system includes an adaptor that converts a 2? valve into a 3? valve.

Abstract: An aerobic step includes a body having a middle exercise area and four sides. A maximum height of the body is positioned in the middle exercise area. The middle exercise area has a domed shape and curves downwardly to the four sides. The four sides define two longitudinal sides and two transverse sides. The middle exercise area includes a layer of material co-molded with and supported by a main body portion which promotes gripping and non-slippage. The layer of material includes a pattern of grooves. Two handles are defined along a lower portion of the body in the form of cutouts. An edge material is co-molded with and positioned on the lower edge of the body for contacting the ground. The body has a convex upper surface, and a concave lower surface which promotes stacking for storage, or for adding additional height by nesting two or more steps together.

Abstract: An aerobic step includes a body having a middle exercise area and four sides. A maximum height of the body is positioned in the middle exercise area. The middle exercise area has a domed shape and curves downwardly to the four sides. The four sides define two longitudinal sides and two transverse sides. The middle exercise area includes a layer of material co-molded with and supported by a main body portion which promotes gripping and non-slippage. The layer of material includes a pattern of grooves. Two handles are defined along a lower portion of the body in the form of cutouts. An edge material is co-molded with and positioned on the lower edge of the body for contacting the ground. The body has a convex upper surface, and a concave lower surface which promotes stacking for storage, or for adding additional height by nesting two or more steps together.

Abstract: A stackable weight plate for an exercise machine weight stack has a front edge, a rear edge, opposite side edges, an upper face, a lower face, and an aperture extending between the upper and lower face for receiving a weight stack selector stem. The front and rear edges having a matching arcuate curvature with one edge being convex and the other edge being concave, and the side edges are tapered at an angle from the front edge to the rear edge.

Abstract: A toy doll is articulated and removably attached to a toy scooter so that the doll's arms appear to steer the scooter and the doll's foot appears to tilt downward to push back against the ground and propel the scooter. Additionally, the animated toy doll and scooter assembly is controlled by a radio remote control unit itself shaped like a scooter and having a toy foot attached to it. The toy foot is slid forward or back to control the forward and reverse motion of the scooter and is turned to steer the scooter.

Abstract: A toy doll is articulated and removably attached to a toy scooter so that the doll's arms appear to steer the scooter and the doll's foot appears to tilt downward to push back against the ground and propel the scooter. Additionally, the animated toy doll and scooter assembly is controlled by a radio remote control unit itself shaped like a scooter and having a toy foot attached to it. The toy foot is slid forward or back to control the forward and reverse motion of the scooter and is turned to steer the scooter.

Abstract: A stackable weight plate for an exercise machine weight stack has a front edge, a rear edge, opposite side edges, an upper face, a lower face, and an aperture extending between the upper and lower face for receiving a weight stack selector stem. The front and rear edges having a matching arcuate curvature with one edge being convex and the other edge being concave, and the side edges are tapered at an angle from the front edge to the rear edge.

Abstract: A stackable weight plate for an exercise machine weight stack has a front edge, a rear edge, opposite side edges, an upper face, a lower face, and an aperture extending between the upper and lower face for receiving a weight stack selector stem. The front and rear edges having a matching arcuate curvature with one edge being convex and the other edge being concave, and the side edges are tapered at an angle from the front edge to the rear edge.