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Techniques and devices are described for preparing a fish fillet. The techniques and devices facilitate the removal of the skin and/or rib bones of the fish from the meat that forms the fillet. In embodiments, the techniques employ a fish skinning device that includes a roller and a blade. The rolle

Techniques and devices are described for preparing a fish fillet. The techniques and devices facilitate the removal of the skin and/or rib bones of the fish from the meat that forms the fillet. In embodiments, the techniques employ a fish skinning device that includes a roller and a blade. The roller is configured to contact the skin included on a fillet so that rotation of the roller causes the fillet to be directed toward the blade. The roller and blade are configured so the skin passes between the roller and blade and is generally separated and directed away from the meat. A blade float assembly permits the blade to float with respect to the blade during use to receive the skin or rib bones of the fish fillet between the roller and the blade.

대표청구항 ▼

1. A device comprising: a blade having an edge configured to separate at least one of skin or rib bones from meat included in a fish fillet;a roller having a generally cylindrical shape and an axis that extends parallel to the edge of the blade, the roller configured to draw at least a portion of th

1. A device comprising: a blade having an edge configured to separate at least one of skin or rib bones from meat included in a fish fillet;a roller having a generally cylindrical shape and an axis that extends parallel to the edge of the blade, the roller configured to draw at least a portion of the skin or rib bones between the roller and the blade to separate the skin or rib bones from the meat of the fish fillet; anda blade float assembly configured to allow the blade to float with respect to the roller. 2. The device as recited in claim 1, further comprising a blade actuation assembly configured to support the blade and to facilitate movement of the blade from a first position adjacent to an outer surface of the roller and a second position wherein the blade is spaced away from the roller, the blade actuation assembly configured to bias the blade to the second position. 3. The device as recited in claim 2, wherein the blade float assembly comprises a blade support bracket coupled to the blade and a support linkage coupled to the blade actuation assembly, the support linkage coupled to the blade support bracket via a slot and pin assembly to facilitate movement between the blade support bracket and the support linkage to allow the blade to float with respect to the roller. 4. The device as recited in claim 2, wherein the blade actuation assembly comprises a lever assembly including a lever configured to be depressed to cause the blade actuation assembly to move the blade toward the roller to reduce the distance between the outer surface of the roller and the blade so that the edge of the blade is positioned adjacent the skin or rib bones. 5. The device as recited in claim 4, further comprising a housing comprising: a handle portion including a grip configured to be grasped by a user, the lever disposed in the handle so that the user grasping the grip can depress the lever; anda skinning portion coupled to the to the handle portion, the skinning portion configured to support the blade and roller therein. 6. The device as recited in claim 5, further comprising a motor assembly configured to rotate the roller about the axis in a direction toward the edge of the blade. 7. The device as recited in claim 6, wherein the motor assembly comprises a motor and a gear drive configured to cause the roller to rotate about the axis. 8. The device as recited in claim 7, wherein the roller comprises a disconnection assembly configured to facilitate disconnection of the roller from the gear drive to permit removal of the roller from the housing. 9. The device as recited in claim 8, wherein the handle portion comprises a trigger switch configured to cause the motor assembly to rotate the roller, the trigger switch interlocked with the blade actuation assembly to prevent operation of the motor assembly when the blade is not in the first position. 10. A fish skinning device comprising: a blade having an edge configured to separate at least one of skin or rib bones from meat included in a fish fillet;a roller having a cylindrical shape and an axis that extends parallel to the edge of the blade, the roller being configured to draw at least a portion of the skin or rib bones between the roller and the blade to separate the skin or rib bones from the meat of the fish fillet;a motor assembly configured to rotate the roller about the axis in a direction toward the edge of the blade;a blade actuation assembly configured to support the blade and to facilitate movement of the blade between a first position wherein the blade is spaced away from the roller and a second position wherein the blade is adjacent to an outer surface of the roller; anda blade float assembly configured to allow the blade to float with respect to the roller to receive the skin or rib bones of the fish fillet between the roller and the blade. 11. The fish skinning device as recited in claim 10, wherein the blade float assembly comprises spaced apart blade support brackets coupled to the blade and spaced apart support linkages coupled to the blade actuation assembly, each of the support linkages coupled to a respective one of the spaced apart blade support brackets via a slot and pin assembly to facilitate movement between the blade support bracket and the support linkage. 12. The fish skinning device as recited in claim 10, wherein the blade actuation assembly comprises a lever assembly including a lever configured to be depressed to cause the blade actuation assembly to move the blade toward the roller to reduce the distance between the outer surface of the roller and the blade so that the edge of the blade is positioned adjacent the skin or rib bones. 13. The fish skinning device as recited in claim 10, further comprising a housing including: a handle portion including a grip configured to be grasped by a user, the lever disposed in the handle so that the user grasping the grip can depress the lever; anda skinning portion coupled to the to the handle portion, the skinning portion configured to support the blade and roller therein. 14. The fish skinning device as recited in claim 10, wherein the motor assembly comprises a motor and a gear drive configured to cause the roller to rotate about the axis. 15. The fish skinning device as recited in claim 10, wherein the roller comprises a disconnection assembly configured to facilitate disconnection of the roller from the gear drive to permit removal of the roller from the housing. 16. The fish skinning device as recited in claim 10, further comprising a trigger switch configured to cause the motor assembly to rotate the roller, the trigger switch interlocked with the blade actuation assembly to prevent rotation of the roller by the motor assembly when the blade is not in the first position. 17. A fish skinning device comprising: a housing; a blade having an edge configured to separate at least one of skin or rib bones from meat included in a fish fillet;a roller having a cylindrical shape and an axis that extends parallel to the edge of the blade, the roller being configured to draw at least a portion of the skin or rib bones between the roller and the blade to separate the skin or rib bones from the meat of the fish fillet;a motor assembly disposed in the housing, the motor assembly configured to rotate the roller about the axis in a direction toward the edge of the blade;a blade actuation assembly configured to support the blade and to facilitate movement of the blade from a first position adjacent to an outer surface of the roller and a second position wherein the blade is spaced away from the roller;a trigger switch configured to cause the motor assembly to rotate the roller, the trigger switch interlocked with the blade actuation assembly to prevent rotation of the roller by the motor assembly when the blade is not in the first position; anda blade float assembly configured to allow the blade to float with respect to the roller to receive the skin or rib bones of the fish fillet between the roller and the blade. 18. The fish skinning device as recited in claim 17, wherein the blade float assembly comprises spaced apart blade support brackets coupled to the blade and spaced apart support linkages coupled to the blade actuation assembly, each of the support linkages coupled to a respective one of the spaced apart blade support brackets via a slot and pin assembly to facilitate movement between the blade support bracket and the support linkage. 19. The fish skinning device as recited in claim 17, wherein the blade actuation assembly comprises a lever assembly including a lever configured to be depressed to cause the blade actuation assembly to move the blade toward the roller to reduce the distance between the outer surface of the roller and the blade so that the edge of the blade is positioned adjacent the skin or rib bones. 20. The fish skinning device as recited in claim 17, wherein the roller comprises a disconnection assembly configured to facilitate disconnection of the roller from the gear drive to permit removal of the roller from the housing.