초록

The present invention relates to filter devices and methods of using such devices for mechanical, chemical and biological filtration pond and/or aquarium water.

대표청구항 ▼

1. A tubeless filter apparatus, comprising:a) a mechanical filtration chamber containing at least one mechanical filter for filtering water, said mechanical filtration chamber having a spillway over which filtered water exits the mechanical filtration chamber; andb) a water flow pump arranged to be

1. A tubeless filter apparatus, comprising:a) a mechanical filtration chamber containing at least one mechanical filter for filtering water, said mechanical filtration chamber having a spillway over which filtered water exits the mechanical filtration chamber; andb) a water flow pump arranged to be positioned at least partially underwater in a reservoir during operation, the water flow pump having a tubeless inflow port and an outflow port in fluid flow communication with the mechanical filtration chamber for drawing contaminated water from the reservoir through the inflow port so as to pump the water into said mechanical filtration chamber through the outflow port. 2. A tubeless filter apparatus according to claim 1, wherein the mechanical filter chamber is in the form of a cylindrical or substantially cylindrical container having latitudinal cross-section of curvilinear shape. 3. A tubeless filter apparatus according to claim 2, wherein the shape of the latitudinal cross-section is elliptical or oval. 4. A tubeless filter apparatus according to claim 1, wherein the water flow pump comprises a stator motor and an impeller rotatably attached to or associated with the motor for driving the flow pump. 5. A tubeless filter apparatus according to claim 4, wherein the stator motor is electrically powered. 6. A tubeless filter apparatus according to claim 1, further including a positioning mechanism interconnected to the mechanical filtration chamber, the positioning mechanism being configured to position the tubeless filter apparatus within the reservoir. 7. A tubeless filter apparatus according to claim 6, wherein the positioning mechanism is adjustable to adjust the position of the filter apparatus relative to the reservoir. 8. A tubeless filter apparatus according to claim 7, wherein the positioning mechanism is selected from the group consisting of a hook, a suction cup or a combination thereof. 9. A tubeless filter apparatus according to claim 8, wherein the hook is an adjustable height hook. 10. A tubeless filter apparatus according to claim 1, further comprising a turbulence reducer located at the outflow port of the water flow pump for preventing water turbulence as the water enters the mechanical filtration chamber. 11. A tubeless filter apparatus according to claim 10, wherein the turbulence reducer is in the form of a water flow diverter component. 12. A tubeless filter apparatus according to claim 1, further comprising a biological filtration component positioned within or adjacent to the mechanical filtration chamber. 13. A tubeless filter apparatus according to claim 1, further comprising a chemical filtration component positioned within or adjacent to the mechanical filtration chamber. 14. A tubeless filter apparatus according to claim 1, wherein the spillway component causes the water exiting the filter to enter the aquarium in the form of a waterfall. 15. A tubeless filter apparatus for filtering aquarium water contained within an aquarium tank, comprising:a) a filter housing defining a mechanical filtration chamber, the mechanical filtration chamber containing at least one mechanical filter for filtering aquarium water, the mechanical filtration chamber having a spillway over which filtered water exits the mechanical filtration chamber back to the aquarium tank;b) a water flow pump including a pump housing, the pump housing having an inflow port and an outflow port in fluid flow communication with the mechanical filtration chamber for drawing contaminated water from the aquarium tank through the inflow port so as to pump the water into the mechanical filtration chamber through the outflow port; andc) a positioning mechanism adjustably attached to the filter housing for positioning the inflow port of the pump housing at or below the surface of the aquarium water such that the water pump can receive aquarium water without the need for tubes or tubular extensions. 16. A method for filtering aquarium water contained within a reservoir, the method comprising the steps of:a) providing a filter assembly, the filter assembly including a mechanical filtration chamber having at least one mechanical filter for filtering water and a water flow pump having a tubeless inflow port and an outflow port in fluid flow communication with the mechanical filtration chamber;b) positioning the filter assembly within the reservoir such that at least a portion of the water flow pump is submerged within the water;c) drawing water from the reservoir through the tubeless inflow port and pumping the water into said mechanical filtration chamber through the outflow port;d) filtering the water; ande) directing the filtered water over a spillway to return the filtered water to the reservoir. 17. A filter apparatus for filtering water contained within a reservoir, the filter apparatus comprising:a) a housing defining a filter chamber, the housing having a bottom and a top;b) a mechanical filter positionable within the filter chamber from the top of the housing;c) a water pump arranged in fluid communication with the filter chamber, the water pump being positioned beneath the bottom of the housing;d) wherein the water pump is at least partially submerged in the reservoir during operation. 18. A filter apparatus according to claim 17, wherein the water pump includes a pump housing, the pump housing having tubeless inflow structure that is submerged in the reservoir during operation. 19. A filter apparatus according to claim 18, wherein the tubeless inflow structure includes at least one aperture formed in the pump housing. 20. A filter apparatus according to claim 19, wherein the at least one aperture is formed in a bottom planar surface of the pump housing.