Device and method for chumming bait

1. A device for macerating bait, making chum, or both, the device comprising:

a housing having a top openable end and a bottom end that is openable;

a removable lid attachable to the top openable end, wherein the removable lid comprises at least a fluid flow hole;

a push rod disposed through the removable lid;

a concentric cutting member attached to the push rod at a lower end of the push rod, wherein the concentric cutting member comprises a series of blades that intersect each other and have cutting edges on a top and bottom of the blades;

a series of support slats positioned at the bottom end of the housing, wherein the series of support slats comprises an outer wheel, a plurality of spokes, and a center aperture;

a bottom connector attached to one of the series of support slats, wherein the bottom connector attaches to a vessel for towing;

three air flow holes positioned wherein the three air flow holes are positioned one hundred and twenty degrees spaced equally apart, wherein each of the three air flow holes are covered in a mesh, wherein the mesh is configured to prevent large chunks of the bait from escaping through the three air flow holes;

closeable and openable flaps located proximate each of the three air flow holes, wherein the closable and openable flaps are configured to close to cover and uncover the each of the three air holes;

at least two fluid flow ports on the bottom end of the housing, wherein the two fluid flow ports are coupled to bottom end closeable and openable flaps that are configured, when towed behind a vessel and in the open position, allow a fluid to enter the housing and create a pressure necessary to cause the chum slick to exit the housing through the fluid holes located on the lid, wherein the mesh is configured to keep the large chunks of bait in the housing when towed by the vessel;

a handle attached to the push rod, the handle being configured to allow a user to slide the push rod in a reciprocating motion, and also in a rotating motion to macerate bait;

a center hole in the lid through which the push rod is disposed;

a grommet positioned around the center hole and the push rod, the grommet configured to provide a seal between the lid and push rod, and protect the push rod from dimensioned to allow the push rod to perform a twist or rotational motion;

a ferrule disposed in the center hole configured as a guideway and to support the push rod;

a spring engaged at an end of the push rod configured to permit free reciprocating movement of the push rod.

2. The device of claim 1 , wherein the series of blades that intersect each other intersect at ninety-degree angles, wherein the cutting edges on both the top and bottom of the blades function to, when actuated by the push rod, macerate bait when a user pushes and pulls the push rod.

3. The device of claim 1 , further comprising:

a lock nut for coupling a handle and the push rod at a top of the push rod;

a lock washer configured to couple the concentric cutting members to the push rod at a bottom of the push rod.

4. The device of claim 1 , wherein the lid is held to the housing using a gasket seal.

5. The device of claim 1 , further comprising:

a handle connected to housing.

6. A method for macerating bait, making chum, forming a chum slick in a fluid, or any combination thereof, the method comprising:

providing a housing have a top openable end and a closed bottom end that is openable, a removable lid attachable to the top open end, wherein the removable lid comprises at least a fluid flow hole; a push rod disposed through the removable lid; a concentric cutting member attached to the push rod at a lower end of the push rod, wherein the concentric cutting member comprises a series of blades that intersect each other and have cutting edges on a top and bottom of the blades; a series of support slats positioned at the bottom end of the housing, wherein the series of support slats comprises an outer wheel, a plurality of spokes, and a center aperture; a bottom connector attached to one of the series of support slats, wherein the bottom connector attaches to a vessel for towing three air flow holes positioned wherein the three air flow holes are positioned one hundred and twenty degrees spaced equally apart, wherein each of the three air flow holes are covered in a mesh, wherein the mesh is configured to prevent large chunks of the bait from escaping through the three air flow holes; closeable and openable flaps located proximate each of the three air flow holes, wherein the closable and openable flaps are configured to close to cover and uncover the each of the three air holes; at least two fluid flow ports on the bottom end of the housing, wherein the two fluid flow ports are coupled to bottom end closeable and openable flaps that are configured, when towed behind a vessel and in the open position, allow a fluid to enter the housing and create a pressure necessary to cause the chum slick to exit the housing through the fluid holes located on the lid, wherein the mesh is configured to keep the large chunks of bait in the housing when towed by the vessel, a handle attached to the push rod, the handle being configured to allow a user to slide the push rod in a reciprocating motion, and also in a rotating motion to macerate bait, a center hole in the lid through which the push rod is disposed, a grommet positioned around the center hole and the push rod, the grommet configured to provide a seal between the lid and push rod, and protect the push rod from dimensioned to allow the push rod to perform a twist or rotational motion;

a ferrule disposed in the center hole configured as a guideway and to support the push rod

a spring engaged at an end of the push rod configured to permit free reciprocating movement of the push rod,

filling the housing with a predetermined amount of bait;

opening the flaps on each of the three airholes;

closing the flaps on each of the at least two fluid flow ports;

pushing and pulling the concentric cutting member via the push rod and handle in opposing directions, wherein the concentric cutting member comprises the series of blades that intersect each other;

attaching the housing to vessel;

opening the flaps on each of the at least two fluid flow ports;

placing the housing in the fluid and towing it behind the vessel such that when towed, the fluid flows through the top end through the housing and out the three air flow holes thereby forming the chum slick out of the at least a fluid hole.

7. The method of claim 6 , wherein the blades that intersect each other intersect at ninety-degree angles and have cutting portions on both a top and a bottom of the blades, wherein when actuated by a push rod, the blades are configured to macerate bait when a user pushes and pulls the push rod.