Turning attention to FIGS. 3, 5 and 6, a water distribution system 104 is mounted in the chamber 34 of the cleaner 10 for controlling the operation of the cleaner 10. Briefly, the water distribution system 104 includes a water supply inlet 106 for receiving a supply of pressurized water from a pressurized water source 108 (e.g., a pump), a valve meeting a hundred and ten for guiding a provide of pressurized water received from the water provide inlet 106 to a number of of the jets and nozzles discussed above and a timer meeting 112 for controlling the operation of the valve assembly 110. Each of those elements of the water distribution system 104 will likely be mentioned in larger detail hereinbelow. 2A, 4 and 5, a filter bag ninety two is removably connected to the cleaner 10 for receiving debris by the rear debris opening 84. More particularly, the filter bag 92, which has a development much like the filter luggage disclosed in International Patent Publication No. WO 99/33582 and its corresponding U.S. Now referring to FIGS.
23A and 23B is constructed and assembled and operates in the same basic manner as the water distribution system 104 of the embodiment of FIGS. With reference to FIGS. The water distribution system 2104 also has a high/bottom mode cam 2304 and a spin-out mode cam 2306 mounted side-by-facet on a management space in order to engage the top/backside mode relief valves 2240a, 2254a and the spin-out mode relief valves 2240b, 2254b, respectively. The highest/bottom mode cam 2304 has an arc-shaped cam portion 2310 and is adapted to rotate in a single course (i.e., it doesn’t reciprocate). 23A and 23B, a water distribution system 2104 has a pair of pistons 2200, 2202. The downstream side of the piston 2200 has a high/backside mode relief valve 2240a (e.g., a poppet valve) and a spin-out mode valve 2240b (e.g., a poppet valve), whereas the downstream aspect of the piston 2202 has a top/backside mode relief valve 2254a (e.g., a poppet valve) and a spin-out mode valve 2254b (e.g., a poppet valve).
The housing part 126 includes an inlet 130 linked to the supply inlet 106 for receiving a steady supply of pressurized water therefrom. Caps 144, 146 are mounted to the big diameter cylinder sections 140, 142, respectively, so as to shut off open ends of the cylinders 132, 134, respectively. 6 and Aro Pool Builders Innovations Inc 10), respectively, each of which is in fluid communication with the valve chamber 124, and enormous diameter cylinder sections 140, 142 (see FIGS. Cylinders 132, 134 are hooked up to opposing ends of the housing part 126. The cylinders 132, 134 are supplied with small diameter cylinder sections 136, 138 (see FIGS. The caps 144, 146 embody ports 148, 150, respectively, that are in fluid communication with the cylinders 132, 134, respectively, and that are linked to the timer assembly 112 for purposes to be discussed hereinafter. 6 and 10), respectively, which lengthen outwardly from the small diameter cylinder sections 136, 138, respectively.
Referring again to FIG. 13, the availability hose 112 can be supplied with a sweep hose 336 having a jet 338 at an finish thereof. The beads 340 normally additionally help to take away algae from Aro Pool Builders Innovations Inc surfaces. It must be famous that the cleaner 10 can have quite a few modifications and variations. The stainless steel rings 341 present longer put on in concrete, granite, pebble-tech and related swimming pools. Beads 340 are mounted on the sweep hose 336 such that they are considerably immovable relative to the sweep hose 336 (see additionally FIG. 15). Each of the beads 340 includes a steel (e.g., stainless steel) ring 341 in a plastic enclosure 343. The plastic enclosures 343 are adapted for defending the liner of a vinyl AZ Mobile Pool Service. For example, the relief valves 240, 254 of the timer assembly 112 might be replaced with other sorts of valves. The stainless steel rings 341 also serve to remove arduous deposits (e.g., calcium) from AZ Premium Pool Services surfaces.
