Abstract: An actuator system for a fluid playground including a first elongated tubular member defining a first axially extending enclosure and having a first inlet connectable to a fluid source, and a second elongated tubular member positioned within the first tubular member, the second tubular member defining a second axially extending enclosure, and having a second inlet in fluid communication with the first enclosure and an outlet traversing the first tubular member. The outlet is connectable to at least one fluid playground device. A plug element is shaped to removably and sealably close the second inlet of the second tubular member. A resilient member urges the plug element towards sealing engagement with the second tubular member. A pressure exerted on a movable actuating element connected to the plug element causes its displacement away from sealing engagement with the second inlet, thereby allowing fluid flow to the fluid playground device.

Abstract: An actuator system for a fluid playground including a first elongated tubular member defining a first axially extending enclosure and having a first inlet connectable to a fluid source, and a second elongated tubular member positioned within the first tubular member, the second tubular member defining a second axially extending enclosure, and having a second inlet in fluid communication with the first enclosure and an outlet traversing the first tubular member. The outlet is connectable to at least one fluid playground device. A plug element is shaped to removably and sealably close the second inlet of the second tubular member. A resilient member urges the plug element towards sealing engagement with the second tubular member. A pressure exerted on a movable actuating element connected to the plug element causes its displacement away from sealing engagement with the second inlet, thereby allowing fluid flow to the fluid playground device.

Abstract: An elongated hollow handle member adapted to allow water to pass therethrough; a core member movably attached to a distal end of the hollow handle member, the core member including a nozzle portion having one end pivotably attached to the distal end of the hollow handle member and including a single hole at an opposite end from the one end and adapted to allow the water to be ejected therefrom. A looped wire member attached to an outer surface of the nozzle portion, and a plurality of bristles attached upon a substantial portion of the looped wire member, such that when water is ejected from the nozzle portion it passes into and through the bristles.

Abstract: An actuator system for a fluid playground including a first elongated tubular member defining a first axially extending enclosure and having a first inlet connectable to a fluid source, and a second elongated tubular member positioned within the first tubular member, the second tubular member defining a second axially extending enclosure, and having a second inlet in fluid communication with the first enclosure and an outlet traversing the first tubular member. The outlet is connectable to at least one fluid playground device. A plug element is shaped to removably and sealably close the second inlet of the second tubular member. A resilient member urges the plug element towards sealing engagement with the second tubular member. A pressure exerted on a movable actuating element connected to the plug element causes its displacement away from sealing engagement with the second inlet, thereby allowing fluid flow to the fluid playground device.

Abstract: A cleaning brush for motorcycles has a hose connector; a water shut off knob; a handle; a core through which water passes; holes along the core so that water can exit; and bristles that are attached and extend from the core.

Abstract: A suspension system for controlling the relative displacement between a pair of laterally opposed ground engaging components of a vehicle and the frame of the vehicle is described herein. Each of the ground engaging components is individually mounted to the frame by a frame connecting component. The frame connecting component is hingedly mounted to the frame so as to allow a relative pivotal movement between each of the frame connecting components and the frame in a direction substantially parallel to the longitudinal axis of the frame. The suspension system includes a first suspension member pivotally mounted to the frame. The first suspension member is free to pivot relatively to the frame about a first suspension member pivotal axis that is in a substantially transversal relationship with the frame.

Abstract: A suspension system for controlling the relative displacement between a pair of laterally opposed ground engaging components of a vehicle and the frame of the vehicle is disclosed herein. Each of the ground engaging components is individually fixed to the frame by a frame connecting component. The frame connecting component is hingedly mounted to the frame so as to allow a relative pivotal movement between each of the frame connecting components and the frame. The suspension system includes a first suspension member pivotally mounted to the frame to pivot about a first suspension member pivotal axis. The suspension system also including a second suspension member pivotally mounted to the first suspension member to pivot relatively to the first suspension member about along a second suspension member pivotal axis perpendicular to the first suspension member pivotal axis. lThe suspension system further includes a biasing mechanism mounted both to the frame and to the second suspension member.