Abstract: A glass panel assembly for kitchen appliances includes a glass panel and a plurality of spacers. The spacers are mounted to an outer surface of the appliance and an inner surface of the glass panel. Preferably, the spacers are adhesively secured to the glass panel and are not visible when viewing the kitchen appliance from the front. Trim pieces fit between the glass panel and the appliance door to cover and further hide the spacers from view. The glass panel can be mounted to any outer surface of the appliance such as an appliance door, side walls or even a top wall. The particular construction of the spacers, in combination with the trim pieces creates an illusion that glass panel appears to float relative to the appliance.

Abstract: A universal trim piece system for a refrigerator door having a decorative panel can be employed with either a front mounted door handle or a side mounted door handle. When employing the front mounted handle, the door is provided with a top trim piece, a bottom trim piece and first and second side trim pieces. When employing the side mounted handle, the door is provided with the top trim piece, the bottom trim piece and only the first side trim piece, with the side mounted handle replacing the second side trim piece. Interchanging the handles/decorative panels just requires loosening the top and bottom trim pieces, exchanging the handles and possibly the decorative panels, providing a second side trim piece or handle, and re-secure the top and bottom trim pieces.

Abstract: A glass panel assembly for kitchen appliances includes a glass panel and a plurality of spacers. The spacers are mounted to an outer surface of the appliance and an inner surface of the glass panel. Preferably, the spacers are adhesively secured to the glass panel and are not visible when viewing the kitchen appliance from the front. Trim pieces fit between the glass panel and the appliance door to cover and further hide the spacers from view. The glass panel can be mounted to any outer surface of the appliance such as an appliance door, side walls or even a top wall. The particular construction of the spacers, in combination with the trim pieces creates an illusion that glass panel appears to float relative to the appliance.

Abstract: A universal trim piece system for a refrigerator door having a decorative panel can be employed with either a front mounted door handle or a side mounted door handle. When employing the front mounted handle, the door is provided with a top trim piece, a bottom trim piece and first and second side trim pieces. When employing the side mounted handle, the door is provided with the top trim piece, the bottom trim piece and only the first side trim piece, with the side mounted handle replacing the second side trim piece. Interchanging the handles/decorative panels just requires loosening the top and bottom trim pieces, exchanging the handles and possibly the decorative panels, providing a second side trim piece or handle, and re-secure the top and bottom trim pieces.

Abstract: A brace is provided to hold a refrigerator machine compartment cover open during servicing of various refrigeration compartments. The brace includes a longitudinal center section having first and second ends, a hinge support section attached to the first end and a mounting section attached to the second end. The brace is placed against a hinge assembly to support the cover in the open position. When not in use, the brace may be stored in a machine compartment portion of the refrigerator.

Abstract: A trim piece cover member for a refrigerator door is snap-fittingly secured to and extends along substantially an entire length of a trim piece to hide a plurality of mechanical fasteners. The trim piece includes a channel that extends longitudinally along an outer exposed surface. The channel includes a base portion, as well as first and second opposing side portions. The plurality of mechanical fasteners extend through the base portion and into the refrigerator door. The cover includes a generally planer surface portion from which extend first and second side walls that terminate in corresponding tab members which are snap-fittingly received in recesses of the channel.

Abstract: A refrigerator includes cabinet shell including a pair of laterally spaced, upright side walls and a top wall, each of which includes a respective forward portion. A face frame, integrally formed from a single, bent material sheet, is mounted to the forward portion of each of the opposing side and top walls. The face frame includes top, bottom and opposing side frame members, along with a mullion member that extends between either the top and bottom frame members or the opposing side frame members, depending upon desired refrigerator configuration. The mullion member establishes first and second openings that lead into first and second refrigerated compartments or the refrigerator.

Abstract: A colloidal dispersion of hydrous antimony pentoxide particles is made by a process which comprises introducing particles of antimony trioxide into a polar organic solvent selected from the group consisting of formamide, methylformamide, dimethyl formamide, acetamide, methylacetamide, dimethylacetamide, dimethyl sulfoxide, formic acid, tetramethyl urea, methanol and ethanol, and contacting said particles with aqueous hydrogen peroxide in the presence of an aliphatic alpha-hydroxy carboxylic acid and a halogen acid selected from the group consisting of hydrogen chloride, hydrogen bromide, and hydrogen iodide at a temperature of from about 0.degree. C to about the decomposition temperature of the reaction mixture for a length of time sufficient to convert at least a portion of the antimony particles to colloidal particles of hydrous antimony pentoxide.

Abstract: A colloidal dispersion of hydrous antimony pentoxide particles is made by a process which comprises introducing particles of antimony trioxide into an aliphatic polyhydroxy alcohol having vicinal hydroxyl groups and contacting said particles with aqueous hydrogen peroxide at a temperature of from about 0.degree. C to about the decomposition temperature of the reaction mixture for a length of time sufficient to convert at least a portion of the antimony particles to colloidal particles of hydrous antimony pentoxide.