Abstract: Aspects of the present disclosure relate to a bird bath. In one configuration, a frame as a plurality lighting elements therein. A stand is provided for supporting the frame. The bath may include a control component for controlling the lighting elements and a photovoltaic cell for providing power to the lighting elements. In another aspect, the frame may include a plurality of spiral frame members. In yet another aspect, the spiral members have a channel pathway and the lighting elements are disposed in the channel pathway. In yet another aspect, the frame may includes a plurality of radial members. In yet another aspect, the radial members have a channel pathway and the lighting elements are disposed in the channel pathway.

Abstract: A splash-guard system; the splash-guard system includes a guard-member, a base-member, and a mat. The splash-guard system is useful for confining splashes or spills from a pet bowl to the splash-guard system such that a pet owner does not need to regularly clean the surrounding area of the pet bowl when a pet makes a mess when feeding. The splash-guard system serves to prevent constant cleaning and damage to the surrounding floor and walls.

Abstract: A device is for separating a medium comprising a mixture of a solid portion and a fluid portion. The device has a filter arrangement with a displaceable filter element having a plurality of openings that allow the fluid to be disposed through the openings while maintaining the solid portion on the filter element. The device further has an inlet for feeding the medium to the filter element and an outlet for discharging the solid portion from the filter element after that the fluid has been separated from the solid portion. The device further has an obstruction has an elastic element extending towards a surface of the filter element and adapted to contact the surface while allowing the medium to be displaced from the inlet to the outlet.

Abstract: A multilevel birdbath consists of a main body that has a concave, contoured inside surface and an exterior lower surface, the main body further has a flat rim surrounding the concave inside surface and the concave inside surface optionally has stepped areas fluctuating in height and a sloping portion such that the stepped areas would create different depths of the multilevel birdbath which can accommodate and attract birds of different sizes and species.

Abstract: A water exchange device for cleaning a birdbath with a basin comprises a turret, a stationary mount, a first channel, a second channel, and an inlet channel. The turret is coupled to a center point such that the turret may rotate around the center point, and the mount mounts the turret of the water exchange device to the birdbath basin to be cleaned. Both the first and second channels include an aperture, and the inlet channel is coupled to the first and second channels such that when water flows into the inlet channel, the water flows out the apertures of the first and second channels into the basin. When the water does flow at a certain pressure, the turret rotates around the center point.

Abstract: A multilevel birdbath consists of a main body that has a concave, contoured inside surface and an exterior lower surface, the main body further has a flat rim surrounding the concave inside surface and the concave inside surface optionally has stepped areas fluctuating in height and a sloping portion such that the stepped areas would create different depths of the multilevel birdbath which can accommodate and attract birds of different sizes and species.

Abstract: A method for automatically maintaining a birdbath, a kit for automating maintenance of a birdbath, and a birdbath with integrated automated maintenance are provided. Maintenance of a birdbath includes placing a barrier in a birdbath bowl. Further, maintenance comprises performing a cleaning phase that streams water from a nozzle located remotely from the barrier such that water is sprayed into the bowl with sufficient force to cause water to swirl around the barrier, which cleans the bowl and discharges debris and contaminated water in the bowl when such debris and contaminated water crosses in line with the water stream. Still further, the maintenance comprises performing a filling phase after the cleaning phase, which streams water through the nozzle such that water is sprayed from the nozzle to fill the birdbath bowl with water.

Abstract: A birdbath is disclosed that recirculates water and includes a substantially hollow pedestal that supports a basin. The pedestal forms a water reservoir therein and has an open top end and a sealed bottom end. The basin has an inner wall and an outer wall, both of which are joined at least at a peripheral edge of the basin and separated by a distance sufficient to allow the water to flow therebetween. The outer wall is open at a central portion and is adapted for engaging the open top end of the pedestal for attaching the basin thereto. The inner wall has an aperture formed therethrough at a center portion thereof, and at least one drainage aperture formed proximate the peripheral edge of the basin. A water pump is disposed within the reservoir of the pedestal for pumping water from the reservoir through a basin supply conduit, through the aperture of the inner wall, and into the basin.

Abstract: A method for automatically maintaining a birdbath, a kit for automating maintenance of a birdbath, and a birdbath with integrated automated maintenance are provided. Maintenance of a birdbath includes placing a barrier in a birdbath bowl. Further, maintenance comprises performing a cleaning phase that streams water from a nozzle located remotely from the barrier such that water is sprayed into the bowl with sufficient force to cause water to swirl around the barrier, which cleans the bowl and discharges debris and contaminated water in the bowl when such debris and contaminated water crosses in line with the water stream. Still further, the maintenance comprises performing a filling phase after the cleaning phase, which streams water through the nozzle such that water is sprayed from the nozzle to fill the birdbath bowl with water.

Abstract: A water agitation system for use with a water retention structure, such as a bird bath or livestock water trough, includes a motor operatively connected to a drive shaft, and a blade assembly extending outwardly from the drive shaft. The motor is operable to rotate the blade assembly in order to impart motion to water retained within the water retention structure. According to an embodiment of the present invention, an audio source may be provided, including a sound board and speaker.

Abstract: An automatic liquid filling system including a liquid supply, a liquid-retaining structure, and a filling apparatus in fluid communication with the liquid supply and the liquid-retaining structure. The filling apparatus is configured to automatically supply liquid to the liquid-retaining structure when the liquid recedes below a low level that is based on a position of the filling apparatus in relation to the liquid-retaining structure.

Abstract: A bird bath has an outer bowl with a reservoir for holding water and an inner bowl floating on the water in the reservoir and supplied with water from the reservoir for bird drinking and bathing.

Abstract: A fluid heating system includes a fluid receptacle having a fluid reservoir, and a heating control system configured to heat fluid retained within the fluid reservoir. The heating control system includes a processing unit, at least one fluid temperature sensor positioned on or within the fluid receptacle, a heating element configured to heat fluid within the fluid reservoir, and a power switch disposed within an electrical path between the heating element and the processing unit. The processing unit is configured to selectively activate and deactivate the heating element through the power switch based on the fluid temperature detected by the fluid temperature sensor.

Abstract: A modular bird feeder system which is particularly adapted for an individual to assemble and maintain. The system includes at least one bird feeder and means to catch bird seed located below the bird feeders. The bird feeders are mounted onto a central pole. An animal deterrent device is positioned below the bird feeders to prevent squirrels and the like from reaching the bird feeders. The animal deterrent device is also mounted onto the central pole. A ballast member is positioned below the ground and the central pole is mounted through the center of the ballast member. A stake can be secured to the lower end of the central pole and assists in securing the bird feeder system to the ground.

Abstract: A birdbath is disclosed that recirculates water and includes a substantially hollow pedestal that supports a basin. The pedestal forms a water reservoir therein and has an open top end and a sealed bottom end. The basin has an inner wall and an outer wall, both of which are joined at least at a peripheral edge of the basin and separated by a distance sufficient to allow the water to flow therebetween. The outer wall is open at a central portion and is adapted for engaging the open top end of the pedestal for attaching the basin thereto. The inner wall has an aperture formed therethrough at a center portion thereof, and at least one drainage aperture formed proximate the peripheral edge of the basin. A water pump is disposed within the reservoir of the pedestal for pumping water from the reservoir through a basin supply conduit, through the aperture of the inner wall, and into the basin.

Abstract: A device comprised of a basin forming a reservoir and a lip extending downward from the bottom surface of the basin and adapted to temporarily secure the device to a wellhead such that the device at least partly conceals the wellhead. In one embodiment, the device is a bird bath.

Abstract: A combination birdfeeder and fountain for outdoor use in one contained unit. The combination birdfeeder and fountain includes both a feeding station, and a fountain unit with circulating water. The combination birdfeeder and fountain addresses the basic needs of birds by providing a food storing and dispensing area, a fountain for drinking and bathing, and includes a means for illuminating the birdfeeder and fountain at night. The device may be operated by conventional power sources including AC, DC or solar energy, and may also include a heating means to warm the device in cold environments. An ornamental lighted device may be placed on top of the birdfeeder and fountain to further provide ornamental features, and illumination.

Abstract: A water feature comprising a vessel (1) for containing water, an electrically powered submersible water pump (2) within the vessel (1) for pumping water to an outlet of the water feature and a solar panel (4) arranged to provide electrical power to the water pump (2). The solar panel (4) is arranged within said water vessel (1) above the water pump and so as to be beneath the water level (7) in the vessel (1) in use.

Abstract: A water agitation system for use with a water retention structure, such as a bird bath or livestock water trough, includes a motor operatively connected to a drive shaft, and a blade assembly extending outwardly from the drive shaft. The motor is operable to rotate the blade assembly in order to impart motion to water retained within the water retention structure.

Abstract: A fluid heating system includes a fluid receptacle having a fluid reservoir, and a heating control system configured to heat fluid retained within the fluid reservoir. The heating control system includes a processing unit, at least one fluid temperature sensor positioned on or within the fluid receptacle, a heating element configured to heat fluid within the fluid reservoir, and a power switch disposed within an electrical path between the heating element and the processing unit. The processing unit is configured to selectively activate and deactivate the heating element through the power switch based on the fluid temperature detected by the fluid temperature sensor.

Abstract: A fluid heating system includes a fluid receptacle having a fluid reservoir, and a heating control system configured to heat fluid retained within the fluid reservoir. The heating control system includes a processing unit, at least one fluid temperature sensor positioned on or within the fluid receptacle, a heating element configured to heat fluid within the fluid reservoir, and a power switch disposed within an electrical path between the heating element and the processing unit. The processing unit is configured to selectively activate and deactivate the heating element through the power switch based on the fluid temperature detected by the fluid temperature sensor.

Abstract: An animal water bowl assembly is maintained clean by allowing a bowl to dry out after a use period, before refilling. Uses include: birdbath and pet and farm animal watering. Two bowls can be coordinated so that one is in use with water while one is drying out. A two-faced assembly with oppositely facing bowls can automatically coordinate the steps for the two bowls. The process of filling a bowl, allowing it to be used, emptying it, filling another, allowing it to be used while the first dries out, can be automated with an actuator and a controller. An animal water bowl assembly has at least two bowls, with means for coordinating the filling and use and drying steps. As an example, a two faced bowl is rotatable around an axis. An electronic controller opens a valve to provide power to a hydraulic actuator, which flips the two faced bowl to empty the first and present the second for filling. Filling with water occurs automatically, also using water from the hydraulic source.

Abstract: A showering device for a bird includes a perch and a movable actuator disposed adjacent the perch. The showering device has sealable liquid dispenser disposed above the perch and at least one linkage mechanism connects the moveable actuator to the sealable liquid dispenser. The showering device includes a device for unsealing the liquid dispenser via the linkage mechanism allowing water to flow from the liquid dispenser due to a movement of the actuator toward the perch.

Abstract: An animal water bowl assembly is maintained clean by allowing a bowl to dry out after a use period, before refilling. Uses include: birdbath and pet and farm animal watering. Two bowls can be coordinated so that one is in use with water while one is drying out. A two-faced assembly with oppositely facing bowls can automatically coordinate the steps for the two bowls. The process of filling a bowl, allowing it to be used, emptying it, filling another, allowing it to be used while the first dries out, can be automated with an actuator and a controller. An animal water bowl assembly has at least two bowls, with means for coordinating the filling and use and drying steps. As an example, a two faced bowl is rotatable around an axis. An electronic controller opens a valve to provide power to a hydraulic actuator, which flips the two faced bowl to empty the first and present the second for filling. Filling with water occurs automatically, also using water from the hydraulic source.

Abstract: An automatic liquid filling system including a liquid supply, a liquid-retaining structure, and a filling apparatus in fluid communication with the liquid supply and the liquid-retaining structure. The filling apparatus is configured to automatically supply liquid to the liquid-retaining structure when the liquid recedes below a low level that is based on a position of the filling apparatus in relation to the liquid-retaining structure.

Abstract: An automatic liquid filling system including a liquid supply, a liquid-retaining structure, and a filling apparatus in fluid communication with the liquid supply and the liquid-retaining structure. The filling apparatus is configured to automatically supply liquid to the liquid-retaining structure when the liquid recedes below a low level that is based on a position of the filling apparatus in relation to the liquid-retaining structure.

Abstract: A self cleaning birdbath with a bowl (10) which is shaped for easy cleaning and fixed to a support pole (14) that has a water supply pipe (13) inside it, connected to a gear driven lawn sprinkler (12) with a converter nozzle (11), that will produce a cleaning water jet (15) aimed downward into the bowl (10) which quickly empties the bowl (10) then the cleaning water jet (15) strikes the water holding surface of the bowl (10) directly and pressure washes it, the entire water holding surface of the bowl (10) is cleaned as the gear driven lawn sprinkler (12) rotates a full 360 degrees for as long as is needed for satisfactory cleaning. When the cleaning is done the water pressure is reduced so the water coming from the converter nozzle (11) will not have enough inertia to go over the rim, the bowl (10) will refill until the water is turned off.

Abstract: A bird bath that can be coupled to a reservoir. An exemplary embodiment of the invention is a bird bath that includes a coupling portion and a basin portion. The coupling portion is configured to be coupled to a water reservoir. The basin portion is configured to receive water from the reservoir to function as a bird bath. The basin portion includes one or more basins that are sized to accommodate at least one bird.

Abstract: An electrically operated, self contained device that eliminates mosquitos by attracting the mosquitos to lay their eggs in trays of water provided in the device and periodically filtering the eggs from the water. The eggs that have been filtered out of the water are then mechanically destroyed by crushing them. The filtered water is recycled to a water supply tank for reuse in refilling the trays of water in the device.

Abstract: An animal water bowl assembly is maintained clean by allowing a bowl to dry out after a use period, before refilling. Uses include: birdbath and pet and farm animal watering. Two bowls can be coordinated so that one is in use with water while one is drying out. A two-faced assembly with oppositely facing bowls can automatically coordinate the steps for the two bowls. The process of filling a bowl, allowing it to be used, emptying it, filling another, allowing it to be used while the first dries out, can be automated with an actuator and a controller. An animal water bowl assembly has at least two bowls, with means for coordinating the filling and use and drying steps. As an example, a two faced bowl is rotatable around an axis. An electronic controller opens a valve to provide power to a hydraulic actuator, which flips the two faced bowl to empty the first and present the second for filling. Filling with water occurs automatically, also using water from the hydraulic source.

Abstract: A bird bath including a basin configured to receive and retain water, and a mounting a mounting assembly configured to securably mount the bird bath to a structure. The mounting assembly supports the basin and includes a mounting bracket configured to mount to the structure and a pivoting bracket pivotally secured to the mounting bracket. The basin is secured to the pivoting bracket, which is configured to pivot with respect to the mounting bracket so that the basin may move between a secured retracted position for receiving and retaining water within the basin and a fully extended position for emptying contents of the basin.

Abstract: An animal water bowl assembly is maintained clean by allowing a bowl to dry out after a use period, before refilling. Uses include: birdbath and pet and farm animal watering. Two bowls can be coordinated so that one is in use with water while one is drying out. A two-faced assembly with oppositely facing bowls can automatically coordinate the steps for the two bowls. The process of filling a bowl, allowing it to be used, emptying it, filling another, allowing it to be used while the first dries out, can be automated with an actuator and a controller. An animal water bowl assembly has at least two bowls, with means for coordinating the filling and use and drying steps. As an example, a two faced bowl is rotatable around an axis. An electronic controller opens a valve to provide power to a hydraulic actuator, which flips the two faced bowl to empty the first and present the second for filling. Filling with water occurs automatically, also using water from the hydraulic source.

Abstract: A bird bath including a basin configured to receive and retain water, and a mounting a mounting assembly configured to securably mount the bird bath to a structure. The mounting assembly supports said basin and includes a mounting bracket configured to mount to the structure and a pivoting bracket pivotally secured to the mounting bracket. The basin is secured to the pivoting bracket, which is configured to pivot with respect to the mounting bracket so that the basin may move between a secured retracted position for receiving and retaining water within the basin and a fully extended position for emptying contents of the basin.

Abstract: An animal water bowl assembly is maintained clean by allowing a bowl to dry out after a use period, before refilling. Uses include: birdbath and pet and farm animal watering. Two bowls can be coordinated so that one is in use with water while one is drying out. A two-faced assembly with oppositely facing bowls can automatically coordinate the steps for the two bowls. The process of filling a bowl, allowing it to be used, emptying it, filling another, allowing it to be used while the first dries out, can be automated with an actuator and a controller. An animal water bowl assembly has at least two bowls, with means for coordinating the filling and use and drying steps. As an example, a two faced bowl is rotatable around an axis. An electronic controller opens a valve to provide power to a hydraulic actuator, which flips the two faced bowl to empty the first and present the second for filling. Filling with water occurs automatically, also using water from the hydraulic source.

Abstract: The present invention provides a maintenance-efficient birdbath—fountain assembly essentially comprising an upper annular basin, a lower support reservoir, a fountain assembly, and a decorative cap. The basin comprises a central water dam and a sloped superior surface. The water dam comprises a plurality of water retainers and a plurality of water inlet grooves intermediate the water retainers, which together define a reservoir access aperture. The support reservoir supports the basin and receives excess water emptying from the basin via the water inlet grooves. The fountain assembly comprises a pump assembly and a float valve assembly for recirculating water and for maintaining a desired water level. The decorative cap caps the reservoir access aperture, which allows a user to manually access the fountain assembly or the reservoir without removing the basin from the reservoir thus providing the user with an efficiently maintained birdbath—fountain assembly.

Abstract: An automatic birdbath filling system (10) and method are provided in which a water control valve (22) is controlled by a water level switch (32). The water level switch (32) and its holder (34) are placed, without the need for fixation devices, into a birdbath (12), thus allowing for existing birdbaths to be easily converted into automatically filling birdbaths.

Abstract: A bird bath includes a bird bath basin adapted to hold water, a water reservoir adapted to hold water, and an electrically operated pump adapted to pump water from the reservoir to the basin. The pump has an inlet in fluid communication with the reservoir and an outlet in fluid communication with a flow opening positioned in the lowest part of the base. When the pump is operating it pumps water from the reservoir, through the flow opening, and into the basin. When the pump is not operating, water in the basin drains under gravity flow through the flow opening, through the pump and into the reservoir. As a result, the basin may be automatically filled and drained at selected times during the day. A mechanism, such as a timer or photocell, may be provided for controlling operation of the pump. The bird bath may include a heater for heating the water in the reservoir. The basin can be mounted on a base, or alternatively it can be mounted on a structure such as a deck, fence, post or building.

Abstract: Bird bath incorporates water reservoir and filter disposed above reservoir. Pump circulates water from reservoir to a bowl. Water from bowl received from water surface directed to filter. Agitator causes particles in bowl bottom to be directed to filter. Cascading shower aerates water. Filter captures particles and sanitizes water.

Abstract: A bird bath includes a bird bath basin adapted to hold water, a water reservoir adapted to hold water, and an electrically operated pump adapted to pump water from the reservoir to the basin. The pump has an inlet in fluid communication with the reservoir and an outlet in fluid communication with a flow opening positioned in the lowest part of the base. When the pump is operating it pumps water from the reservoir, through the flow opening, and into the basin. When the pump is not operating, water in the basin drains under gravity flow through the flow opening, through the pump and into the reservoir. As a result, the basin may be automatically filled and drained at selected times during the day. A mechanism, such as a timer or photocell, may be provided for controlling operation of the pump. The bird bath may include a heater for heating the water in the reservoir. The basin can be mounted on a base, or alternatively it can be mounted on a structure such as a deck, fence, post or building.

Abstract: A lightweight and portable pet bathing apparatus for bathing small pets in a bathtub or shower stall includes a bathing platform upon which the pet can stand or sit while being washed. A pedestal structure, including a base and vertical support post, supports the bathing platform at a convenient height which allows a person to stand while bathing the animal. The bathing platform is specifically structured and configured to provide full access to the animal's underside, including the chest, belly and legs, so that the animal can be easily and thoroughly washed and rinsed with the use of a handheld shower nozzle. A drainage system directs water from the bathing platform into the base where it is contained in order to increase the weight of the base, thereby providing greater stability to the apparatus.

Abstract: Bird bath incorporates water reservoir and filter disposed above reservoir. Pump circulates water from reservoir to a bowl. Water from bowl received from water surface directed to filter. Agitator causes particles in bowl bottom to be directed to filter. Cascading shower aerates water. Filter captures particles and sanitizes water.

Abstract: A bird bath includes a bird bath basin adapted to hold water, a base adapted to support the basin, a water reservoir contained within the base, an electrically operated pump contained with the base, and a mechanism, such as a timer or photocell, for controlling operation of the pump. The pump has an inlet in fluid communication with the reservoir and an outlet in fluid communication with a flow opening positioned in the lowest part of the base. When the pump is operating it pumps water from the reservoir, through the flow opening, and into the basin. When the pump is not operating water in the basin drains under gravity flow through the flow opening, through the pump and into the reservoir. As a result, the basin may be automatically filled and drained at selected times during the day. The bird bath may include a heater mounted in the base for heating the water reservoir.