Abstract: A capacitor cover for closing an open end of a capacitor, including an elastomeric outer layer, a rigid middle layer and a polypropylene inner layer, each with an aperture so as to allow passage of a terminal through the capacitor cover, is described. The inner layer has a peripheral skirt and an annular skirt which extend outwardly sufficiently to prevent electrolyte from the capacitor from coming into contact with the peripheral surface and the annular surface of the rigid middle layer. The capacitor cover can result in the capacitor achieving a temperature tolerance of at least about 105.degree. C. An electrolytic capacitor, including a capacitor body, an electrolyte and a capacitor cover is also described.

Abstract: A mounting ring is secured in the mouth end of a capacitor casing by being engaged under the rolled-over rim of the fully sealed capacitor.

Abstract: A mounting spacer (16) for use in an electrolytic capacitor (10) having a capacitance section (14) and a tubular casing (12), which locates and restrains the capacitance section within the casing. The mounting spacer (16) is a flexible plastic sheet which when folded fits inside and bears against the tubular casing (12). The spacer has a base section (34) with at least two living hinges (30, 32); the living hinges connect the base section to wedge sections (40, 42) and support arms (36, 38). The support arms have cutout sections (44,46) formed by the pivoting of wedge sections (40,42) which receive and longitudinally support the capacitance section during assembly of the capacitor. The support arms flex after insertion to partially wrap around and laterally support the capacitance section while maintaining contact with the casing. After assembly, the wedge sections are resiliently held in contact with the tubular casing by the resilient base section (34) to center the spacer.

Abstract: A brush caddy made up of four pieces of wire welded together. The longest piece termed a "spine" has a hook at the top from which a paint brush may be hung. Centrally a cross piece is welded to the spine to form a pair of arms ending in claws which grip the rim of a paint can. The spine is tilted away from the can so that the brush is more easily grasped and more easily placed on the hook. A third piece of wire forms a "yoke" which cooperates with the hook and the spine to support the brush in the desired slanting position with the dripping edge over the mouth of the can. The fourth piece of wire is welded across the spine at its base to embrace the can at that end. An elastic member fits over the ends of this fourth piece of wire and around the can, for added stability.