the following discussion describes in detail one embodiment of the invention and several variations of that embodiment . this discussion should not be construed , however , as limiting the invention to those particular embodiments , practitioners skilled in the art will recognize numerous other embodiments as well . for definition of the complete scope of the invention , the reader is directed to appended claims . turning to fig1 shown therein is a perspective view of the present invention 10 in use by user 22 showing the fluid intake valve of the present invention hooked up to the water source 12 via an intake hose 14 with quick connect fittings 16 and the waste line or hose 18 directed into the sink drain 20 . shown is the housing body 24 being a generally cylindrical upstanding body having a cover 26 thereon along with a cover latch 28 with electrical contacts to insure that the unit does not operate without the cover 26 being properly secured . also shown are body handles 30 , a cover handle 32 , an audible alarm 34 , an led mode indicator 36 , multiple control buttons 38 along with a cleaning solution dispenser 40 . turning to fig2 shown therein is an exploded cross - sectional view of the present invention 10 showing the inter - relationship of the various rotative and cleaning members . shown is the outer housing body 24 having a cover 26 with a handle 32 disposed on its top side . shown internal of the housing body 24 is a rotatable shaft 42 being generally upright standing mounted within an inner tub 44 with a shaft 42 having a lower turntable 46 and a plurality of ball bearings 48 upon which to rotate . shown on the upper end of the rotating shaft 42 is a splash guard 50 having reverse exterior threads 52 designed to accept an adapter to hold down smaller objects which will be described later , along with a spring loaded locking flange 54 for the rotating shaft 42 and a rotatable seal 56 . shown internal of the cover 26 are a motor 58 along with the rotational drive shaft 60 having a locking recess 62 on its end for contacting the rotating shaft 42 and locking flange 54 . also shown are a cleaning solution dispenser 40 and a quick connect fitting 16 or adapter 16 . spring 70 is also shown . turning to fig3 shown therein is a cross - sectional side view of the body 24 of the present invention showing a filter element 64 with central mounting shaft or cylinder 116 , a cleaning basket 66 with central mounting shaft or cylinder 116 and a paint roller brush 68 with shaft 116 that could be placed over the rotating shaft 42 to be cleaned . an adapter could also be included which would allow a plurality of roller brushes 68 to be placed inside the unit so as to have them rotate around the central shaft 42 . a cleaning solution dispenser 40 is shown along with other elements previously disclosed . turning to fig4 shown therein is a perspective view of the spraying and rotative systems of the present invention 10 illustrating the relations of the integral components . the disengagable shaft assembly has a motor - driven rotational drive shaft member 60 that acts upon a mating spring - loaded rotating shaft member 42 . the locking flange 54 of the rotating shaft 42 engages the locking recess 62 of the rotational drive shaft 60 when the cover is secured onto the body . the rotating shaft 42 is spring loaded 70 and will retract in situations when the locking recess 62 is misaligned with the locking flange 54 until the rotational drive shaft 60 rotates into an aligned position which would allow the spring bias to engage the two shaft members 42 , 60 . the rotatable seal 56 spins freely on the rotating shaft 42 assembly and forms a water tight seal against the underside of the cover 26 ( not shown ) to prevent fluid from entering the shaft recess 62 where the motor 58 and control systems are located . also shown are a pair of gears being a drive gear 74 mounted on the motor 58 and a differential drive gear 75 mounted on the rotating shaft 60 which provides the rotative means for turning the drive shaft 60 and , thereby , the shaft or rotative member 60 . also shown is an anti - spin flange 76 along with a splashguard 50 and retaining plate 78 for the splashguard . also shown is a water conduit 80 along with a plurality of pressure nozzles 82 which are mounted in a vertical , linear array which provide means to introduce one or more fluids or solutions , individually or in combination , into the interior of the housing body including a nozzle means 82 for further pressurizing and directing the resulting spray toward a central point internal the body . turning to fig5 shown therein is a cross - sectional side view of the splash guard 50 wherein the interior shaft threads 84 fasten the splash guard to the shaft 42 and secure the filter element 64 ( not shown ) or cleaning basket 66 ( not shown ) by tightening it down between the splash guard and the turntable 46 ( not shown ). the exterior threads 52 are reverse threaded and are used for attaching an adapter in the event that a smaller filter element is to be cleaned . the adapter will extend downward to compensate for the difference in height . the splashguard 50 could also be manufactured or adapted to snap or screw onto the bottom of the cover 26 ( not shown ) or could be integrated thereon . a nut would then be used to secure the cleaning basket 66 or filter element 64 down to the turntable 46 . turning to fig6 shown therein is a cross - sectional side view of the present invention 10 cleaning fruit , vegetables or other foodstuffs 86 inside a basket 66 that has a central cylinder 116 that slides over the rotating shaft and is secured between the splashguard 50 and the turntable 46 . a fruit and vegetable cleaning solution is placed in the cleaning solution dispenser 40 . also shown is the rotational drive shaft 60 along with the rotatable seal 56 . also shown is a quartz motor 58 along with motor drive gears 74 and a differential gear 75 . additionally , there is shown a retractable power cord 88 and a spool 90 upon which the power cord is retractable . also shown is a timer 92 along with an audible alarm 34 , timer and relay switch 94 and an led mode indicator 36 . additionally , there is shown the cover handle 32 and a fluid intake hose 14 with quick connect coupling 16 . turning to fig6 a , shown therein is a perspective view of the present invention 10 in use having an internal pump and an independent external water supply with a dual reservoir system for selectively mixing water from a reservoir 96 with a cleansing solution in dispenser reservoir 106 using control knob means 98 . waste line 18 is also shown . the reservoirs could also be manufactured integrated within the body of the device for convenience and aesthetic purposes . furthermore , a recirculation reservoir could be included in the bottom of the unit to recycle water and cleanser back to the pressure nozzles when not being used for edible items . turning to fig6 b , shown therein is a cross - sectional side view of the present invention 10 in use and having an independent water supply and an internal pump 100 with controls to selectively transport one fluid or a combination thereof to the pressure nozzles 82 for delivery to the food 86 therein . a flexible drain hose 18 is maintained within the body when not in use and could be capped to prevent leaking . a higher rate of rotation can be applied to provide a spin cycle to enhance drying the food although a fan or other drying means may be included . the present invention could also be configured so the axial rotation of the cleaning basket would act as a tumbler to further enhance the cleaning and drying properties . also shown is a drain strainer 102 along with a manual cord winder 104 which could also be automatic . other elements previously disclosed are also shown . turning to fig7 shown therein is a perspective view of the present invention 10 in use to clean a cartridge filter element 64 . other elements previously disclosed are also shown . turning to fig7 a , shown therein is a cross - sectional side view of the present invention 10 showing the filter cartridge 64 in phantom line . once the filter cartridge 64 is in place the splashguard 50 is screwed onto the threads 65 of the filter shaft 116 . the electrical drain valve 108 may remain closed in the event that the soaking of the item to be cleaned is desired . a high limit water sensor 110 detects when the water level has reached a predetermined height and sends a signal to close the electrical intake valve 112 and open the overflow valve 114 . the rotation of the filter while soaking provides agitation of the cleaning solution . an electrically operated drain valve 108 can also be included to provide automatic draining of the unit once a selectively predetermined period has passed as controlled by the timer thereby providing the present invention the capability of cycling to rinse , wash , soak , spin etc . when using one or more fluids . a control panel 37 with control buttons is included to allow a user to operate and monitor the present invention 10 prior to and during operation . an entire wash cycle using different fluids and functions such as spray , soak etc . could be programmed into the control panel 37 and the water source and drain hose can be set up to allow for unattended operation of the present invention . other elements previously disclosed are also shown . turning to fig7 b , shown therein is a cross - sectional view of the present invention 10 in use showing the filter 64 secured into place by means of the splashguard 50 which is threaded onto the rotating shaft 42 . a motor 58 turns the shaft assembly thereby rotating the filter 64 . pressurized water is introduced into the system via a plurality of pressure nozzles 82 in a vertical linear array directed centrally towards the rotating filter 64 . the pressure nozzles 82 emit overlapping fanlike jet streams 130 of water which mixes with cleaning fluid 119 to produce a continuous vertical jet stream to facilitate cleaning between the pleats of the cartridge 82 . the quartz motor 58 rotates the cartridge filter 64 slowly and incrementally to assure complete coverage between each pleat although other drive systems could be used such as a variable speed motor that could also speed up to use centrifugal force to extract fluid from the cartridge 64 . also shown are cover vents 120 . other elements previously disclosed are also shown . turning to fig7 c , shown therein is an exploded view of an adapter that could be screwed onto the fluid intake valve of the present invention to allow a user to introduce and regulate one or more cleaning agents and provide additional cleaning ability . the adapter may be used and adapted to maximize the potential of the present invention for commercial use . shown are the intake hose 14 with mating hose receptacle 122 having a cleaning fluid reservoir 106 with mating container receptacle 124 with a connection pipe 126 with metering valve control 128 and an outlet hose receptacle 122 . turning to fig8 shown therein is a cross - sectional top view of the present invention 10 demonstrating the cleansing action of the pressurized jet spray 130 as it provides complete longitudinal pressure washing between the pleats 132 of the filter cartridge 64 as the filter cartridge slowly rotates with the rotative shaft 42 thereby effectively cleaning between each and every pleat . turning to fig9 shown therein is a cross - sectional view of the present invention 10 in use showing a manual embodiment of the present invention whereby the rotation of the disengageable shaft assembly occurs when the user manually turns the handle 134 . an oscillating pressure nozzle 82 provides greater coverage per nozzle and could best be utilized when fewer nozzles are used . other elements previously disclosed are also shown . turning to fig1 , shown therein is a cross - sectional side view of the present invention 10 demonstrating several possible pressure nozzle configurations including rotating vertical arm 136 and nozzles 142 mounted on shaft 143 and horizontal pressure nozzle arm 138 arrays that could be used in conjunction with a stationary basket or filter element . the macerator 140 could be installed within the drain system to pulverize waste material that might otherwise clog the drain hose 18 . the macerator 140 could be particularly useful when the present invention is used in commercial and industrial applications . also shown are a rotating armature 144 , a stationary basket retaining member 146 , and a secondary sanitizing means 148 . other elements previously disclosed are also shown . what is claimed to be new and desired to be protected by letters patent is set forth in the appended claims .
the present invention 10 discloses a device for cleaning and sanitizing objects such as food products 86 , cartridge filter elements 64 and other such objects that could benefit from the advantages of being circumferentially sprayed with a fluid or a cleaning solution 119 or preferably a combination thereof . the present invention 10 comprises an inner and outer housing body 24 , 44 , a cover 26 for the housing body , a rotative central member such as a base , axle or shaft 42 , a rotative drive means 60 for selectively rotating the rotative member 42 , intake means 16 to introduce one or more fluids 119 or solutions individually or in combination into the interior of the housing body 24 including a means for further pressurizing and peripherally directing the resulting spray 130 towards a central point in a specific array , a containment means 66 for placement of such items therein , and an outlet means 18 to provide for the removal of fluid from the housing .