A knife handle comprising a handle body with a proximal end and a distal end, a sharpener body removably attached to the handle body, the sharpener body comprising at least one cut-away for housing a replaceable sharpener, the sharpener body rotatable relative to the handle body, and a selectively actuatable locking mechanism for locking the sharpener body in place on the handle body. The selectively actuatable locking mechanism may have a first, locked position wherein the sharpener body cannot rotate relative to the handle body and a second, open position wherein the sharpener body can rotate relative to the handle body. The selectively actuatable locking mechanism may be biased in the first, locked position.

A folding knife that includes a handle rotatably coupled to a blade through a connecting portion of the latter; the blade being adapted to rotate about a rotation axis with respect to the handle between at least a first position, in which it is extracted from the handle, and a second position, in which it is at least partially housed in the handle. Specifically, the folding knife includes a slider element associated with the blade through a connecting element so as to actuate the rotation of the blade, and the handle includes a guide slit formed facing the connecting portion having a shape of an arc of circumference concentric to the rotation axis, wherein the guide slit is adapted to be slidably engaged by the slider element so as to actuate the rotation of the blade between the first position and the second position.

A pocket clip for a tool includes a mounting section that defines a width between a first side opposed to a second side. A friction section is flexibly connected to the mounting section, and the friction section has a distal end biased toward the tool when the mounting section is attached to the tool. An aperture is through the friction section. A first slot extends from the first side of the mounting section partially across the width of the mounting section, and at least a portion of the aperture through the friction section is aligned in line with the first slot. A first connector in the first slot of the mounting section attaches the mounting section to the tool.

A pocket clip for a tool includes a mounting section that defines a width between a first side opposed to a second side. A friction section is flexibly connected to the mounting section, and the friction section has a distal end biased toward the tool when the mounting section is attached to the tool. An aperture is through the friction section. A first slot extends from the first side of the mounting section partially across the width of the mounting section, and at least a portion of the aperture through the friction section is aligned in line with the first slot. A first connector in the first slot of the mounting section attaches the mounting section to the tool.

A utility knife including a handle, a blade, a first blade holder, and a spare blade holder. The spare blade holder is pivotal with respect to the handle between an open position where the recess is exposed to allow a spare blade to be removed from the spare blade holder and a closed position where the recess is within a slot of the handle to inhibit removal of the spare blade from the spare blade holder. The spare blade holder further including a cam surface and the cam surface of the spare blade holder engages a cam surface of the handle when the spare blade holder is in the closed position to urge the spare blade holder in a direction from a first longitudinal side of the handle toward a second longitudinal side of the handle to allow the first blade holder to pivot between extended and folded positions.

A knife assembly includes a handle having a first and second handle portion each extending in spaced relationship with one another between a first and second knife end to define a working gap. A knife blade is pivotably secured to the second knife end and pivotable between a closed and engaged position. A switch button is interconnected to the handle for releasing the knife blade from the closed or engaged positions. A spacer is disposed within the working gap and extends between the first and second handle portions. A vial of tritium is housed within the switch button for allowing tritium produced by the tritium vial to be viewable by a user of the knife assembly.

A knife assembly includes a handle having a first and second handle portion each extending in spaced relationship with one another between a first and second knife end to define a working gap. A knife blade is pivotably secured to the second knife end and pivotable between a closed and engaged position. A switch button is interconnected to the handle for releasing the knife blade from the closed or engaged positions. A spacer is disposed within the working gap and extends between the first and second handle portions. A vial of tritium is housed within the switch button for allowing tritium produced by the tritium vial to be viewable by a user of the knife assembly.

A folding knife comprises a blade 1 which has a pin 9 and is pivotally fastened to a locking plate 2 having an aperture for a pivot bushing. In a first variant, the folding knife comprises a pivot bushing 3 with a flange 4. In a second variant, the knife has a pivot bushing 17 with a flange 18, and, on the opposite side of the blade 1, there is a clamping bushing 19 with a flange 20, which interacts with the pivot bushing 17 by means of a tight fit. A tightening screw 7 is screwed into the pivot bushing 3 or 17. Mounted on both sides of the blade 1, on the pivot bushing 3 or 17, are washers 5 and 6 made of an anti-friction elastically deformable material having a compressive elastic modulus of not less than 800 MPa. The locking plate 2 and a cover plate 8 are fastened by the insertion of fastening screws 12 into corresponding apertures 13. A backspacer 11 is mounted in the gap between the plates 2 and 8. A liner 10 is mounted in the lower portion of the locking plate 2. The technical result is simpler assembly, an increased lifespan as a result of more efficient compensation of lateral and torsional forces on the blade, and repairability.

A system for cutting food includes a food cutter including feet for mounting the food cutter, a can opener holder comprising a cavity, and a portable support for the food cutter. The portable support includes a substantially planar frame extending in a plane, an attachment device on the frame that connects the feet of the food cutter to the frame, and a shaft protruding from the frame and extending substantially parallel with the plane of the frame. The portable support is releasably attached to the food cutter when the feet are connected to the attachment device, and at least a portion of the shaft is located in the cavity of the can opener holder.

A system for cutting food includes a food cutter including feet for mounting the food cutter, a can opener holder comprising a cavity, and a portable support for the food cutter. The portable support includes a substantially planar frame extending in a plane, an attachment device on the frame that connects the feet of the food cutter to the frame, and a shaft protruding from the frame and extending substantially parallel with the plane of the frame. The portable support is releasably attached to the food cutter when the feet are connected to the attachment device, and at least a portion of the shaft is located in the cavity of the can opener holder.