Abstract: A hand tool includes a handle including an opening at a first end of the handle, the opening extending into the handle and a first group of projections positioned within the opening, a driver positioned within the opening and including a second group of projections configured to interface with the first group of projections. The driver is configured to translate along an axis between a first position. The first group of projections interface with the second group of projections while the driver is in the first position to prevent the driver from rotating about the axis. The driver is configured to rotate about the axis while the driver is in the second position. A spring is positioned within the opening and configured to bias the driver towards the second position.

Abstract: A knife includes a blade, a handle coupled to the blade, and a clip coupled to the handle at a plurality of attachment interfaces. The clip may be a wire clip which can be difficult to couple to a handle. The coupling at each of the plurality of attachment interfaces includes a through-hole in the handle, a clip hole in the handle intersecting the through-hole, a recessed slot in the handle extending from the clip hole, a clip end of the clip positioned at least partially within the clip hole and extending at least partially into the recessed slot, and a fastener removable positioned within the through-hole. The fastener may be a screw with threads configured to engage both the handle and the clip end to secure the clip to the handle and prevent twisting of the clip relative to the handle.

Abstract: A knife includes a handle defining a slot having a first portion and a second portion, a blade coupled to the handle, and a locking assembly configured to secure the blade within the handle. The locking assembly includes a lock button configured to translate between a first position proximate the first portion of the slot and a second position proximate the second portion of the slot, wherein a spindle is configured to translate within the slot, and a spring arm configured to bias the lock button, wherein the spring arm biases the lock button towards the first position while the spindle is within the first portion of the slot and biases the lock button towards the second position while the spindle is within the second portion of the slot.

Abstract: A cutting board includes a tray, a knife, and a cutting board removable coupled to the tray. The knife is positioned within a knife slot defined by the tray. The cutting board coupled to the tray applies a force to the knife such that the knife is retained in a deflected state between the tray and the cutting board. The knife acts as a spring to provide a counterforce pushing against the tray and the cutting board, thereby preventing the knife rattling as the cutting board is moved. The cutting board can include an inner cutting board and an outer cutting board, and the tray can include a base tray and a knife tray. The inner cutting board and the outer cutting board can interchangeably engage with at least one of the base tray of the knife tray to provide a plurality of alternative cutting board configurations.

Abstract: Cookware includes a cooking vessel, a bracket, and a handle. The bracket includes a bracket body coupled to the bracket body and extending away from the cooking vessel, the bridge defining a slot. The handle is removably coupled to the bracket and includes a handle body and a release tab. The release tab is coupled to the handle body and configured to move between a secure position and a release position, wherein moving the release tab to the release position causes the release tab to disengage the bridge to decouple the handle from the bracket. The handle can couple to a plurality of various cooking vessels. The handle can include an alignment tab coupled to the handle body and configured to slide within the slot.

Abstract: A fishing tool includes a main body and a cutting assembly coupled to the main body. The cutting assembly includes a top jaw, a bottom jaw rotatable relative to the top jaw, and a scissor assembly including a top blade and a bottom blade rotatable relative to the top blade. The top blade and the bottom blade are removably coupled to the top jaw and the bottom jaw.

Abstract: A knife includes a blade defining an aperture, a first handle and a second handle coupled to the blade. The knife includes a first catch coupled to the first handle and including a first protrusion, and a first spring coupled to the first handle and configured to apply a first biasing force on the first catch, and a second catch coupled to the second handle and including a second protrusion, and a second spring coupled to the second handle and configured to apply a second biasing force on the second catch. The first protrusion and the second protrusion are received within the aperture. The first handle rotates from a first position to a second position in a first direction about a first pivot axis and the second handle rotates from a third position to a fourth position in a second direction opposite the first direction about a second pivot axis.

Abstract: A knife includes a blade and a handle assembly rotatably coupled to the blade, defining a longitudinal axis, and including a side frame, a handle frame spaced apart from the side frame, a locking arm coupled to the side frame and angularly movable relative to the longitudinal axis between a locked position and an unlocked position, the locking arm defined by an arm width, and a guard coupled to the side frame and overlaying at least a portion of the locking arm, the guard being defined by a guard width measured in a direction perpendicular to the longitudinal axis, the guard width being a distance between a bottom side of the guard and a top side of the locking arm, wherein a ratio of the guard width to the arm width at any given position along a length of the guard is greater than thirty percent.

Abstract: A multi-function tool includes a first handle, a second handle, a first cutting insert, and a second cutting insert. The first handle is pivotally coupled to the second handle at a pivoting axis. The first handle and the second handle move between an open position and a closed position relative to each other. A first insert surface is formed on the first handle, and a second insert surface is formed on the second handle. The first cutting insert includes a front side, a rear side configured to interface with the first insert surface, a left side including a flat anvil surface, and a right side including a cutting edge. A second cutting insert includes a front side, a rear side configured to interface with the second insert surface, a left side including a flat anvil surface, and a right side including a cutting edge.

Abstract: A fishing tool includes a main body and a cutting assembly coupled to the main body. The cutting assembly includes a top jaw, a bottom jaw rotatable relative to the top jaw, and a scissor assembly including a top blade and a bottom blade rotatable relative to the top blade. The top blade and the bottom blade are removably coupled to the top jaw and the bottom jaw.

Abstract: A multi-purpose tool includes a first handle, a second handle, and a laminated plier jaw assembly coupled to the first handle and the second handle. The laminated plier jaw assembly includes a first outer layer, a second outer layer, an inner layer, and a pin. The first outer layer defines a first aperture. The second outer layer defines a second aperture. The inner layer is positioned between and is coupled to the first outer layer and the second outer layer. The inner layer defines a slot having a narrow portion positioned between a first wide portion and a second wide portion. The pin extends at least partially through the first aperture, the second aperture, and the slot. The first outer layer, the second outer layer, and the inner layer cooperate to define a pair of jaws that rotate relative to one another about an axis of rotation.