technology is described which provides an automatically freshening water dispenser for myriad uses . in one embodiment , the automatically freshened water dispenser is coupled to an automated sprinkler system , and when the sprinkler system turns on , water is supplied to the dispenser . the dispenser contains water inlets in a bowl which are arranged to that flow patterns of water supplied by the water source ( such as the sprinkler system ) allow r , water is continually flushed out of the dispenser as fresh water is input into the dispenser . the dispenser will be described herein with respects to a watering bowl for , for example , a dog or a pet . however , it should be understood that any number of different types of shapes of dispenser and arrangements of water inlets and supply conduits described herein , may be utilized within the scope of the present technology . fig1 is a block diagram illustrating an exemplary usage of the dispenser 100 . fig1 illustrates a domesticated animal , such as a dog 130 at a dispensing dispenser 100 . dispensing apparatus is coupled by a conduit 115 to a sprinkler system 110 . the sprinkler system may be any of a number of different types of sprinkler systems including automatic sprinkler systems or manually engaged sprinkler systems . exemplary sprinkler systems of this type are manufactured by , for example , rainbird ® corporation , azusa , calif . and raindrip ®, inc ., woodland hills , calif . for example , the raindrip ® automatic irrigation and sprinkler systems include a variety of spray heads , nozzles , timers , valves , conduits , and other materials which are utilized to create sprinkler and irrigation systems . in one embodiment , conduit 115 may comprise distribution tubing in quarter inch or one half inch diameter . many irrigation systems are “ automatic ” in that they are set to irrigate and supply water based on a timer actuated a water valve . this automatic actuation of the water valve in an automated system supplies water to conduit 115 . it should be understood that manually initiated water flow to a conduit 115 and to the dispenser 100 can also be used . dispenser 100 includes a bowl having a number of water inlets which spray water supplied by the water supply into the bowl and remove stagnant water from the bowl when a water supply is engaged . fig2 and 3 are a side view and top view , respectively , of dispenser 100 . as illustrated in fig2 , dispenser 100 includes a bowl defined by a bottom 104 , a side wall 102 which engages bottom 104 and has a top edge 103 . bottom 104 and top edge 103 define a height h 1 throughout a major portion of the bowl , while recessed portion 120 defines a height h 2 with respect to bottom 104 . this lowered edge defined by recess 120 allows water to more easily escape dispenser 100 . top edge 103 joins wall 102 to exterior wall 118 . wall 118 has a bottom edge 150 which forms the support base for the dispenser 100 . as described below , the water is encouraged by water inlets to exit at the recess 120 . as illustrated in fig3 , three water inlets 125 , 130 and 135 are provided . water inlets may , in one embodiment , comprise quarter circle micro spray jets manufactured by rain drip inc . these quarter circle micro spray jets provide a fan type spray which exits the inlets as illustrated in fig3 . inlets 125 , 130 and 135 are positioned approximately 120 ° apart ; however , it should be understood that alternative spray arrangements may be utilized . inlets 125 , 130 and 135 may be installed or created to direct the fan type - flow ( or other flows ) in various directions from their installed locations . as illustrated in fig4 , inlets 125 and 130 are positioned adjacent to the top 104 of dispenser 100 . as illustrated in fig5 , inlets 125 and 130 may be angled downward ( only inlet 130 is illustrated ) and toward inlet 135 . inlet 135 is positioned close to top edge 103 of the dispenser 100 and has an output directed toward recess 120 . fig4 and 5 illustrate a flow pattern of water when water is provided via conduit 115 into the dispenser 100 via inlets 125 , 130 , 135 . as illustrated therein , flow exiting dispensers 125 and 130 provide flows 202 and 205 , respectively , which push water along the base of the dispenser 100 adjacent to the bottom 104 and toward the inlet 135 . when the flows 202 and 205 engage the portion of the walls below inlet 135 , the flow is directed upward toward inlet 135 . flow 204 exiting inlet 135 pushes water in flows 204 and 206 along the top of the bowl so that it is forced out from recess 120 at 208 . thus , whenever water is supplied by the conduit 115 , the circulation pattern as illustrated in fig4 and 5 will encourage water which is in the bottom of the bowl towards the top of the bowl and eventually out of the recess 120 . this allows fresh water to be maintained within the dispenser 100 and is recycled each time the water supply is engaged . fig6 illustrates the coupling conduit 115 is coupled to each of the water inlets 125 , 130 and 135 . in one embodiment , conduit 115 is connected to a t - connector which may be a quarter - inch cross barbed connector and quarter - inch vinyl tubing , both manufactured by raindrip ®, may comprise the conduits 212 , 214 , and 216 which are coupled to each of the inlets 125 , 130 and 135 . inlets 125 , 130 , 135 may comprise the quarter circle micro spray jets previously described . alternatively , inlets may be molded into the wall or bottom of dispenser 100 . it should be recognized that the couplings and fittings may be assembled in accordance with the manufacturer &# 39 ; s instructions provided by raindrip inc . other types of water inlets and other types of connector tubing may also be utilized . connector 250 may be directly coupled to conduct 115 and may have a secondary coupling or adapter attached thereto to allow various different types of conduits 115 to engage the dispenser 100 . fig7 is a side view along line a - a in fig3 illustrating dispenser 100 . as noted therein , inlet 135 is positioned closer to the top edge 103 of dispenser 100 . fig8 a is a first alternative implementation of dispenser 100 illustrating positioning of the inlet 135 a , and 130 a adjacent to the bottom 104 of the dispenser 100 . inlet 125 could also be positioned adjacent to the bottom 104 in this embodiment . fig8 b is a second alternative implementation of dispenser 100 illustrating positioning of the inlet 135 b adjacent to the top 104 of the dispenser 100 , with inlets 125 and 130 b positioned adjacent to the bottom of the dispenser . it should be further recognized that more or fewer water inlets may be used to induce water flows directing fresh water to the recessed portion 120 . fig9 and 10 illustrate another alternative embodiment of the dispenser 100 . in this embodiment , the conduits 216 are molded into the base 104 a of the dispenser 100 . plastic mold may be used to attach conduits 216 to the underside of the dispenser 100 and connect it to water inlets 125 , 130 , and 135 . water inlets may likewise be manufactured as horizontal , vertical , or other types of slits to allow a pressurized stream of water to exit each of the inlets and into the bowl to produce the flow patterns illustrated in fig4 and 5 . although the subject matter has been described in language specific to structural features and / or methodological acts , it is to be understood that the subject matter defined in the appended claims is not necessarily limited to the specific features or acts described above . rather , the specific features and acts described above are disclosed as example forms of implementing the claims .
an automatic freshening water dispenser includes a bottom and is defined by a sidewall engaging the bottom and rising to a top edge . the sidewall having a first height between the bottom and the top edge and includes a recessed portion having a lower height . three water inputs are positioned in the bowl two water inputs positioned adjacent to the bottom of the bowl to eject water in a direction away from the recessed portion . a third water input is positioned in the sidewall at a location in the bowl opposing the recessed portion to eject water in a direction toward the recessed portion . a conduit couples the first , second and third water inputs to a water source connection .