Abstract: A tool part compartment. The tool part compartment may include a plurality of tool part compartments disposed within a container. Each tool part compartment may store a different type of tool part. Each tool part compartment may include a cell cup made of a sidewall. The sidewall has a top rim forming an opening into the cell cup. A plate is secured to the sidewall within the cell cup. The plate includes a plurality of tool slots. A lid covers the opening of the cell cup. The plate is at a distance from the lid so that a tool part disposed within one of the tool slots abuts the lid and is thereby secured in place within the cell cup.

Abstract: A tool part compartment. The tool part compartment may include a plurality of tool part compartments disposed within a container. Each tool part compartment may store a different type of tool part. Each tool part compartment may include a cell cup made of a sidewall. The sidewall has a top rim forming an opening into the cell cup. A plate is secured to the sidewall within the cell cup. The plate includes a plurality of tool slots. A lid covers the opening of the cell cup. The plate is at a distance from the lid so that a tool part disposed within one of the tool slots abuts the lid and is thereby secured in place within the cell cup.

Abstract: The position-monitoring system consists of cooperating arrays in the form of an assembly of switch/resistance element units, serving as a sensor component, and an assembly of magnet units, serving as an actuator component, each switch unit including a switching device that is magnetically operated for connecting or disconnecting an associated resistance element to or from a common circuit through the switch stack. The resultant change of resistance in the common circuit is detected and utilized for determining the position of a movable member, to which one of the stacks is operatively attached, relative to another member to which the other stack is attached.