Abstract: A magnetic hinge that connects and secures adjacent components while allowing for rotational movement of the components with respect to each other. The magnetic hinge may be incorporated into a magnetic stand magnifier or a variety of other structures. The magnetic hinge of this invention consists of an arm and a shaft with a magnet therebetween.

Abstract: A magnetic hinge that connects and secures adjacent components while allowing for rotational movement of the components with respect to each other. The magnetic hinge may be incorporated into a magnetic stand magnifier, or a variety of other structures. The magnetic hinge of this invention consists of an arm and a shaft with a magnet therebetween. A magnetic stand magnifier of this invention uses a magnetic hinge and provides a magnifying lens with the ability to pivot and rotate about a fixed base. The base has one or more magnets in its bottom by which it may be attached to any ferromagnetic surface. The magnetic stand magnifier can be used for numerous purposes including reading, craftwork, material inspection, and the assembly of small parts.

Abstract: A carrier for a rasp that serves to support the rasp when it is in use and store the rasp when it is not being used. The rasp carrier includes a bottom, two side walls, a back wall, and a tab positioned on the back wall. To support the rasp, the rasp is positioned atop the carrier. The side edges of the rasp fit over the side walls of the carrier to prevent lateral movement of the rasp relative to the carrier. A mounting hole on the rasp engages the tab on the rasp carrier to prevent linear movement of the rasp along the carrier. To store the rasp, the rasp is removed from the top of the carrier and slid between the side walls of the carrier.