Examples in the disclosure relate to an apparatus for checking whether a flange in a creased sheet of metal conforms to specified dimensions. The tool may include a handle and a first block extending from the handle. The first block may include a slot extending from a distal surface of the block to an interior end, the slot having an interior wall and an opposite exterior wall. The first block may include a shoulder located near the distal surface of the block extending from the interior wall toward the exterior wall and defining a length between the shoulder and the interior end along the interior wall. The length may correspond to a specified length of the flange. The first block may include a beveled edge on the exterior wall corresponding to a specified distance between a surface of the sheet and the flange.

Examples in the disclosure relate to an apparatus for checking whether a flange in a creased sheet of metal conforms to specified dimensions. The tool may include a handle and a first block extending from the handle. The first block may include a slot extending from a distal surface of the block to an interior end, the slot having an interior wall and an opposite exterior wall. The first block may include a shoulder located near the distal surface of the block extending from the interior wall toward the exterior wall and defining a length between the shoulder and the interior end along the interior wall. The length may correspond to a specified length of the flange. The first block may include a beveled edge on the exterior wall corresponding to a specified distance between a surface of the sheet and the flange.

A connection verification tool for verifying a secure connection between two fluid handling components of a fluid handling system. A connection verification tool can include a gauge portion sized sized to be placed over a first fluid handling component connected to a second fluid handling component to verify a secure connection between the two components. If the first fluid handling component is not securely connected to the second fluid handling component such that additional torque may be required to complete the connection between the two components, the gauge portion of the connection verification tool will not fit over the first component coupled to the second component.

A connection verification tool for verifying a secure connection between two fluid handling components of a fluid handling system. A connection verification tool can include a gauge portion sized sized to be placed over a first fluid handling component connected to a second fluid handling component to verify a secure connection between the two components. If the first fluid handling component is not securely connected to the second fluid handling component such that additional torque may be required to complete the connection between the two components, the gauge portion of the connection verification tool will not fit over the first component coupled to the second component.

Examples in the disclosure relate to an apparatus for checking whether a flange in a creased sheet of metal conforms to specified dimensions. The tool may include a handle and a first block extending from the handle. The first block may include a slot extending from a distal surface of the block to an interior end, the slot having an interior wall and an opposite exterior wall. The first block may include a shoulder located near the distal surface of the block extending from the interior wall toward the exterior wall and defining a length between the shoulder and the interior end along the interior wall. The length may correspond to a specified length of the flange. The first block may include a beveled edge on the exterior wall corresponding to a specified distance between a surface of the sheet and the flange.

Examples in the disclosure relate to an apparatus for checking whether a flange in a creased sheet of metal conforms to specified dimensions. The tool may include a handle and a first block extending from the handle. The first block may include a slot extending from a distal surface of the block to an interior end, the slot having an interior wall and an opposite exterior wall. The first block may include a shoulder located near the distal surface of the block extending from the interior wall toward the exterior wall and defining a length between the shoulder and the interior end along the interior wall. The length may correspond to a specified length of the flange. The first block may include a beveled edge on the exterior wall corresponding to a specified distance between a surface of the sheet and the flange.

A control ring and a method of using a control ring on fasteners can be used to verify a headed fastener having a band coating a fastener shaft. The ring comprises a cylindrical tubular body extending along an axis of revolution (B) and two opposite extremities. A first extremity includes two adjacent arc segments, each arc segment having an end wall extending in a plane perpendicular to the axis of revolution (B) of the ring, the planes of the two walls not being one and the same and axially offset from the first extremity. Each arc segment comprises at least one side wall extending over a radial plane going through the axis of revolution (B) of the ring. The width of an arc segment allows verifying a minimum band width, and the width of the two arc segments allows verifying a maximum band width on the fastener.

A system for quickly determining if a hockey skate blade is bent is disclosed. The system is a quick and effective way to determine if a Hockey Skate Blade is bent which will affect the ability for the blade to be sharpened and skating performance. The disclosed system is a simple way to quickly ensure skating performance and blade sharpness are optimized.

Embodiments described herein relate to an instrument string gauge. The instrument string gauge includes a gauge body and a plurality of slots arranged around the perimeter of the gauge body. Each slot of the plurality of slots defines a width that is different from the width of the other slots of the plurality of slots. Each slot of the plurality of slots is configured to receive a string of an instrument having a width that is less than or equal to width of the respective slot to indicate to a user an approximate width of the string.

Embodiments described herein relate to an instrument string gauge. The instrument string gauge includes a gauge body and a plurality of slots arranged around the perimeter of the gauge body. Each slot of the plurality of slots defines a width that is different from the width of the other slots of the plurality of slots. Each slot of the plurality of slots is configured to receive a string of an instrument having a width that is less than or equal to width of the respective slot to indicate to a user an approximate width of the string.