Abstract: A fish tank includes a first water chamber for providing living space for fish; a second water chamber in fluid connection with the first water chamber with a grating therebetween. The openings of the grating are sized to keep the first water chamber and the second water chamber fluidly connected but prevent fish or other aquatic animals from entering the second water chamber. In an embodiment, a one-way valve allows water to flow out of the second water chamber and prevents water from flowing back into the first water chamber. A removable syringe with a plunger, a barrel and an orifice is provided such that when the orifice is connected to the one-way valve means and the plunger is pulled out of the barrel, water in the second water chamber flows into the barrel of the removable syringe through the one-way valve means.

Abstract: A pet toy assembly and method of forming such, the pet toy assembly including a first toy part, wherein the first toy part includes a cavity formed therein, as well as a second toy part separate from the first toy part. The second toy part is at least partially retained within the cavity of the first toy part prior to use of the pet toy assembly. Additionally, at least a portion of the second toy part extends from the first toy part prior to use of the pet toy assembly.

Abstract: A fish tank includes a first water chamber for providing living space for fish; a second water chamber in fluid connection with the first water chamber with a grating therebetween. The openings of the grating are sized to keep the first water chamber and the second water chamber fluidly connected but prevent fish or other aquatic animals from entering the second water chamber. In an embodiment, a one-way valve allows water to flow out of the second water chamber and prevents water from flowing back into the first water chamber. A removable syringe with a plunger, a barrel and an orifice is provided such that when the orifice is connected to the one-way valve means and the plunger is pulled out of the barrel, water in the second water chamber flows into the barrel of the removable syringe through the one-way valve means.

Abstract: The disclosed embodiments include an aquarium having a non-disruptive filtration system. In one aspect, an apparatus includes a tank having a closed end and an open end, a lid removably positioned over the open end, and filter housing including a sidewall that, when fixedly position within the tank, encloses a first portion of the tank. Inlets in the sidewall maintain fluid communication between the first portion of the tank and a second portion of the tank. The filter housing includes a filter cartridge partitioning the enclosed first portion into a first chamber from a second chamber, a pump disposed within the second chamber, and a reservoir disposed within the second chamber at a distal end of the filter housing. The reservoir is connected to the pump across an elongated tube, and includes discharge lip across which pumped water discharges into the tank.

Abstract: The disclosed embodiments include an aquarium having a non-disruptive filtration system. In one aspect, an apparatus includes a tank having a closed end and an open end, a lid removably positioned over the open end, and filter housing including a sidewall that, when fixedly position within the tank, encloses a first portion of the tank. Inlets in the sidewall maintain fluid communication between the first portion of the tank and a second portion of the tank. The filter housing includes a filter cartridge partitioning the enclosed first portion into a first chamber from a second chamber, a pump disposed within the second chamber, and a reservoir disposed within the second chamber at a distal end of the filter housing. The reservoir is connected to the pump across an elongated tube, and includes discharge lip across which pumped water discharges into the tank.

Abstract: The disclosed embodiments include an aquarium having a low-current filtration system. In one aspect, an apparatus includes a tank having a closed end and an open end, a base that receives and supports the closed end, and a lid removably positioned over the open end. The apparatus also includes a filter base disposed onto an interior surface of the closed end, and a filler housing that engages a housing support structure disposed onto the filter bass. The filter housing includes a filter cartridge separating a first chamber from a second chamber, a pump disposed within the second chamber, and a reservoir disposed within the second chamber at a distal end of the filter housing. The reservoir includes an outlet structure having multiple discharge locations, and is connected to the pump across an elongated tube.

Abstract: The disclosed embodiments include an aquarium having a low-current filtration system. In one aspect, an apparatus includes a tank having a closed end and an open end, a base that receives and supports the closed end, and a lid removably positioned over the open end. The apparatus also includes a filter base disposed onto an interior surface of the closed end, and a filter housing that engages a housing support structure disposed onto the filter base. The filter housing includes a filter cartridge separating a first chamber from a second chamber, a pump disposed within the second chamber, and a reservoir disposed within the second chamber at a distal end of the filter housing. The reservoir includes an outlet structure having multiple discharge locations, and is connected to the pump across an elongated tube.