A latching mechanism includes a gauge defining a passage extending therethrough, and a latch operably connected to the gauge and structured to be rotatable from a latching position to an unlatched position by movement of a component at least partially through the passage. The latch is structured to engage a latch engagement feature positioned on a lid of a receptacle to maintain the lid in a closed condition when the latch is in the latching position. The receptacle lid is released for opening when the latch disengages from the latch engagement feature.

A latching mechanism includes a gauge defining a passage extending therethrough, and a latch operably connected to the gauge and structured to be rotatable from a latching position to an unlatched position by movement of a component at least partially through the passage. The latch is structured to engage a latch engagement feature positioned on a lid of a receptacle to maintain the lid in a closed condition when the latch is in the latching position. The receptacle lid is released for opening when the latch disengages from the latch engagement feature.

A wire gauge measuring device comprises a main body, an arm extending from the main body such that a gap is defined between the arm and the main body, a plurality of switches, and indicator means. The gap has a plurality of differently sized gap portions arranged in decreasing size from a distal end to a proximal of the arm. Each switch is aligned with a corresponding one of the gap portions. The indicator means is adapted to provide an indication to a user based on which of the plurality of switches is depressed. The gap portion sizes are selected such that each gap portion is adapted to (1) receive a corresponding differently sized electrical wire, (2) prevent the corresponding differently sized electrical wire from moving into a smaller sized gap portion, and (3) position the differently sized electrical wire to depress the corresponding switch.

A wire gauge measuring device comprises a main body, an arm extending from the main body such that a gap is defined between the arm and the main body, a plurality of switches, and indicator means. The gap has a plurality of differently sized gap portions arranged in decreasing size from a distal end to a proximal of the arm. Each switch is aligned with a corresponding one of the gap portions. The indicator means is adapted to provide an indication to a user based on which of the plurality of switches is depressed. The gap portion sizes are selected such that each gap portion is adapted to (1) receive a corresponding differently sized electrical wire, (2) prevent the corresponding differently sized electrical wire from moving into a smaller sized gap portion, and (3) position the differently sized electrical wire to depress the corresponding switch.

Various embodiments illustrated herein disclose a sprocket wear gauge. The sprocket wear gauge comprises a first plate having a first opening of a first diameter and a second plate having a second opening of a second diameter. The first plate is mounted on one end of adjacent sprocket teeth of a plurality of sprocket teeth of a sprocket wheel. The second plate is mounted on an opposite end of the adjacent sprocket teeth of a plurality of sprocket teeth of a sprocket wheel. The first plate and the second plate are attached to each other using screws. A cylindrical pin is placed between the adjacent sprocket teeth and is configured to pass through at least one of the first opening of the first plate and the second opening of the second plate.

Various embodiments illustrated herein disclose a sprocket wear gauge. The sprocket wear gauge comprises a first plate having a first opening of a first diameter and a second plate having a second opening of a second diameter. The first plate is mounted on one end of adjacent sprocket teeth of a plurality of sprocket teeth of a sprocket wheel. The second plate is mounted on an opposite end of the adjacent sprocket teeth of a plurality of sprocket teeth of a sprocket wheel. The first plate and the second plate are attached to each other using screws. A cylindrical pin is placed between the adjacent sprocket teeth and is configured to pass through at least one of the first opening of the first plate and the second opening of the second plate.

A nut sizer includes a nut sizer frame and a rotatable nut sizer cage mounted therein. A motor is attached to the nut sizer frame at an intake end thereof. The motor will drive a drive sprocket which will in turn drive a reel sprocket that is connected to the rotatable sizer cage. A chain engages the drive sprocket and the reel sprocket. The sizer cage may be lifted from the nut sizer frame by removing the chain. The nut sizer cage is a sectioned sizer cage and includes a first sizer section and a second sizer section detachably connected thereto.

A nut sizer includes a nut sizer frame and a rotatable nut sizer cage mounted therein. A motor is attached to the nut sizer frame at an intake end thereof. The motor will drive a drive sprocket which will in turn drive a reel sprocket that is connected to the rotatable sizer cage. A chain engages the drive sprocket and the reel sprocket. The sizer cage may be lifted from the nut sizer frame by removing the chain. The nut sizer cage is a sectioned sizer cage and includes a first sizer section and a second sizer section detachably connected thereto.

An inspection and measurement device includes a body defining a first planar face within a first bounded area, a first reference feature disposed on the first planar face within the first bounded area and corresponding with a first measurable parameter, and at least a second reference feature disposed on the first planar face within the first bounded area and corresponding with a second measurable parameter. The first and second reference features are positioned within the first bounded area for placement adjacent an element bearing the respective one of the first and second measurable parameters. The first and second reference features overlap within the first bounded area in at least one direction.

An inspection and measurement device includes a body defining a first planar face within a first bounded area, a first reference feature disposed on the first planar face within the first bounded area and corresponding with a first measurable parameter, and at least a second reference feature disposed on the first planar face within the first bounded area and corresponding with a second measurable parameter. The first and second reference features are positioned within the first bounded area for placement adjacent an element bearing the respective one of the first and second measurable parameters. The first and second reference features overlap within the first bounded area in at least one direction.