Abstract: A brush holder clip and connector for motors and generators is provided in the form of an integral V-shaped spring steel member having an electrical connector extending from one of the legs thereof and opposite an apex of the clip and connector. The housing containing the commutator has a slot therein through which the brush holder passes. The V-shaped clip and connector is inserted into the slot and wedged between the brush holder and an edge of the slot. The clip and connector is electrically conductive and communicative with the brush holder 22 and is adapted for mating interconnection with a wire or other conductor.

Abstract: A vacuum motor bearing protection system includes a barrier wall interposed between a motor assembly and a fan assembly. A shaft interconnecting the assemblies is rotatably received within a bearing received by the barrier wall. In order to prevent moisture and debris from attacking the bearing, apertures are position in the top plate of the fan assembly nearest the bearing and in juxtaposition thereto for drawing air away from the bearing and into the fan eye. Accordingly, this scavenging action draws any moisture or debris from the area of the bearing. To assist in the pumping action, the barrier wall, fan top plate, or a spacer interposed therebetween may be provided with vanes positioned and configured to direct moisture laden air to the apertures in the fan top plate and into the fan eye.

Abstract: An additive dispensing device including a container, adapted for use with an appliance such as a washing machine. The container has an interior additive receiving space formed in part by side wall means with at least a portion thereof formed with a curved surface. A water inlet spout is adapted to discharge water into the interior space generally tangentially to the side wall curved surface. The spout is located in axial alignment with the space outlet which is in turn in direct fluid communication with a siphon inlet. The space outlet includes a water flow guide portion. Upon water being discharged from the spout the guide portion operates to divert a quantity of the water flow creating a stall-like condition adjacent the space outlet. As a consequence a first portion of the flow is directed into the space outlet and a second portion of the flow enters the space and impinging on the wall curved surface to induce a swirl-like diluting flow therein.

Abstract: A liquid additive dispensing device, including interconnected receiving and storage containers, adapted for use with an appliance such as a washing machine with the additive storage container located remotely in the washer cabinet from the additive pour-in or receiving container readily accessible to the operator. The receiving container has a generally funnel-like configuration operative, upon additive being poured into its top inlet, to cause the additive to gravity flow by means of a connecting tube into the first of a series of reservoir portions of the storage container. The storage container is separated into upper and lower chambers with the lower having an outlet discharging gravitationally into conduit means in communication with the treating zone of the appliance. The receiving container has additive level indicating means in the form of stepped surfaces disposed at predetermined descending additive storage levels corresponding to their associated storage container reservoirs.

Abstract: An agitator for a horizontally oscillating clothes washer includes a hollow perforate column on a flared skirt configured to provide three distinct levels of agitator action. The first and second levels comprise four triangular fins. The first or upper level of each fin helps submerge dry articles by pulling them downwardly, channelizes the articles between the fins to keep the articles in straight toroidal planes, and beats bellow-causing air out of the articles without generating a "suds lock" condition. The second or intermediate level provides just enough circulation to maintain the articles loose, unbunched, and channelized. The third or bottom level comprises four rounded vanes projecting upwardly from the skirt with each vane having a decreasing cross section in the radially outer direction. The outer bottom edge of each vane is rooted to the skirt by a thin web, the decreasing cross section in combination with the thin web allowing the vane to flex in a controlled pattern when under load.