Abstract: A storage bin mounting system is used in a refrigerator door having an inner liner formed by supporting side walls, which extend forwardly of a back wall defining a cavity. At least a vertically extending rib is formed integrally in each side wall and a plurality of retention elements are selectively aligned in different locations in the back wall. A storage bin includes an extending vertically slot between opposite side walls. The storage bin is mounted within the cavity of the refrigerator door, assembling the slot of the inner liner with each vertically extending rib. The height of the storage bin is adjusted within the cavity with an upwardly or downwardly slidable movement.

Abstract: A double crisper drawer for a refrigerator includes a removable supporting structure, a first slidable tray, and a lower crisper drawer. The first slidable tray includes two side walls, a back wall, a front wall and a bottom wall. A first flange is projected outwardly on a top portion of the two side walls and back wall, the first flange being placed respectively on upper guide members located in the removable supporting structure, in order to be slidably moved with a backward and forward movement with respect to the removable supporting structure. The lower crisper drawer is also attached on lower guide members located in the removable supporting structure, the lower crisper being placed below the first slidable tray. The first slidable tray and the lower crisper drawer are independently slidably relative to one another, in relation to the removable supporting structure.

Abstract: A storage bin mounting system for a refrigerator door is disclosed in which the refrigerator door has an inner liner formed by supporting side walls, which extend forwardly of a back wall defining a cavity. At least a vertically extending rib is formed integrally in each side wall and a plurality of retention elements are selectively aligned in different locations in back wall. A storage bin includes an extending vertically slot between opposite side walls, as well as, resilient coupling means connected in a rear wall of said storage bin. The storage bin is mounted within the cavity of the refrigerator door, assembling the vertically slot of the inner liner with each vertically extending rib, as well as, the plurality of retention elements with the resilient coupling means of the storage bin. The height of the storage bin is adjusted within the cavity with an upwardly or downwardly slidable movement, engaging and disengaging the resilient coupling means and the retention means.

Abstract: The present invention is referred to a safety knob for domestic gas apparatuses of the type that includes a gas valve with a stem, and wherein the stem is pushed against the body of the gas valve to open and regulate the gas flow. The improvements comprising a knob having a body with a back flat section and one or more cavities or projections formed on the back flat section of the knob and a longitudinal orifice also in its back part, which is connected in coincidence with a free end of the stem of the gas valve. The knob includes safety elements for avoiding the axial movement of the knob, the safety elements having a series of projections, wherein the cavities of the knob and the projections of the safety elements are joined or separated one from another, for placing the stem of said valve in a unblocked or blocked position.

Abstract: The invention provides a knob with safety button for a domestic gas that includes a gas valve. A stem is integrated with the gas valve, which is pressed by the knob to press and to simultaneously rotate the stem of the gas valve for opening and regulating the flow of gas through of the valve. The improvements comprising a safety button coupled with the knob, the button being connected by one end with the stem of the valve, for avoiding that the valve be operated in a turn condition when the knob is only pressed, or for facilitating the turn of the knob when the safety button is pressed.