A live bait storage device is disclosed that keeps fishing bait alive and well for prolonged periods of time. The live bait storage device comprises a body component that is configured to store a plurality of live bait and is made from sturdy materials to prevent leaks or damage. The body component comprises an integrated aerator component that will keep the live bait healthy for fishing. The integrated aerator component comprises an aerator, air stone, hose, and battery pack that are built-in to eliminate the need for external components. The integrated aerator component is powered by rechargeable or replaceable batteries. The batteries are protected inside a waterproof storage mechanism to help prevent corrosion. Thus, users can keep their live bait safe, healthy, and easily accessible.

A live bait storage device is disclosed that keeps fishing bait alive and well for prolonged periods of time. The live bait storage device comprises a body component that is configured to store a plurality of live bait and is made from sturdy materials to prevent leaks or damage. The body component comprises an integrated aerator component that will keep the live bait healthy for fishing. The integrated aerator component comprises an aerator, air stone, hose, and battery pack that are built-in to eliminate the need for external components. The integrated aerator component is powered by rechargeable or replaceable batteries. The batteries are protected inside a waterproof storage mechanism to help prevent corrosion. Thus, users can keep their live bait safe, healthy, and easily accessible.

A multiple purpose ice fishing bucket lid device provides a seat, storage, and additional functionality in a lid for covering a bucket. The device includes a housing for coupling to a bucket such that the housing covers the bucket. The housing defines an interior space. A pail is couplable to the housing wherein the pail extends into the interior space for holding bait. The pail is alternatively couplable to the housing in an inverted position wherein the pail extends upwardly relative to a top wall of the housing defining an elongated compartment with the interior space and an interior of the bucket for holding an elongated implement such as an ice fishing rod.

A multiple purpose ice fishing bucket lid device provides a seat, storage, and additional functionality in a lid for covering a bucket. The device includes a housing for coupling to a bucket such that the housing covers the bucket. The housing defines an interior space. A pail is couplable to the housing wherein the pail extends into the interior space for holding bait. The pail is alternatively couplable to the housing in an inverted position wherein the pail extends upwardly relative to a top wall of the housing defining an elongated compartment with the interior space and an interior of the bucket for holding an elongated implement such as an ice fishing rod.

A pressurized livewell system is designed to autonomously maintain a slightly elevated water pressure within the livewell tank, and to keep the tank substantially full of water at all times to prevent injury or death of live bait due to sloshing of water within the tank when the boat is in rough water. The system includes a tank with a lid, a water pressure sensor connected to an electronic controller programmed with an algorithm, which controls voltage to a pump, and a water outflow system including an in-line low pressure check valve. The pressure sensor continuously sends water pressure data to the electronic controller, which uses the algorithm calculations to continuously adjusts pump voltage, and thus water output rate, to maintain a constant pressure, preferably between 0.08 psi and 0.1 psi. The system may be operated in manual mode or automatic mode.

A pressurized livewell system is designed to autonomously maintain a slightly elevated water pressure within the livewell tank, and to keep the tank substantially full of water at all times to prevent injury or death of live bait due to sloshing of water within the tank when the boat is in rough water. The system includes a tank with a lid, a water pressure sensor connected to an electronic controller programmed with an algorithm, which controls voltage to a pump, and a water outflow system including an in-line low pressure check valve. The pressure sensor continuously sends water pressure data to the electronic controller, which uses the algorithm calculations to continuously adjusts pump voltage, and thus water output rate, to maintain a constant pressure, preferably between 0.08 psi and 0.1 psi. The system may be operated in manual mode or automatic mode.

A drain system having a body adjustably coupled to a drain. The body can be rotated along its threads and engage a seal in the drain to substantially prevent water from flowing out of the drain. When rotated the opposite direction, the body can be spaced from the seal and allow water to flow out of the drain. The drain can also include holes that allow water to flow into the drain when the body is rotated so as to be spaced from the seal.

A drain system having a body adjustably coupled to a drain. The body can be rotated along its threads and engage a seal in the drain to substantially prevent water from flowing out of the drain. When rotated the opposite direction, the body can be spaced from the seal and allow water to flow out of the drain. The drain can also include holes that allow water to flow into the drain when the body is rotated so as to be spaced from the seal.

A device that is inserted within a bait container or typical five (5) gallon bucket to subdivide said container or bucket into two (2) compartments. Additionally, the insert will allow water to flow through it and provide any bait oxygenated water in the newly created compartments from one (1) oxygen source (aerator).

A device that is inserted within a bait container or typical five (5) gallon bucket to subdivide said container or bucket into two (2) compartments. Additionally, the insert will allow water to flow through it and provide any bait oxygenated water in the newly created compartments from one (1) oxygen source (aerator).