Abstract: A toaster having an electronic circuit including a chip-on-board ASIC that controls the operation of toaster heating elements and an electromagnet to which relatively high voltage is applied to hold an armature carried by a bread carriage and toaster-operating assembly. The armature is freely suspended from a bread carriage and toaster-operating assembly and accurately guided onto the electromagnet when the bread carriage is lowered. The toaster has a one-piece main frame that includes both a base frame plate and a rear frame plate. Several economies are obtained by virtue the construction of the toaster. A one-piece control support member is mounted on the base frame plate that supports both mechanical and electronic assemblies for controlling the operation of the toaster in predetermined relative positions.

Abstract: A toaster having an electronic circuit including a chip-on-board ASIC that controls the operation of toaster heating elements and an electromagnet to which relatively high voltage is applied to hold an armature carried by a bread carriage and toaster-operating assembly. The armature is freely suspended from a bread carriage and toaster-operating assembly and accurately guided onto the electromagnet when the bread carriage is lowered. The toaster has a one-piece main frame that includes both a base frame plate and a rear frame plate. Several economies are obtained by virtue the construction of the toaster. A one-piece control support member is mounted on the base frame plate that supports both mechanical and electronic assemblies for controlling the operation of the toaster in predetermined relative positions.

Abstract: A household electric appliance has three basic components, a griddle, a skillet which can be placed on the griddle to be heated thereby when the griddle is not otherwise in use, and a skillet lid which can be placed atop the skillet. The appliance can be compactly assembled for storage by changing the manner in which the components are stacked. When compactly assembled for storage, the three basic components can be clamped together and stored on edge to conserve lateral storage space. Two types of clamps are described, a resilient strap clamp and a wire rod clip. Operation of the appliance is controlled by a thermostat and a heating control panel is provided that has two sets of indicia, one for use when the griddle is used by itself and one for use when the skillet is used.

Abstract: A toaster having an electronic circuit including a chip-on-board ASIC that controls the operation of toaster heating elements and an electromagnet to which relatively high voltage is applied to hold an armature carried by a bread carriage and toaster-operating assembly. The armature is freely suspended from a bread carriage and toaster-operating assembly and accurately guided onto the electromagnet when the bread carriage is lowered. The toaster has a one-piece main frame that includes both a base frame plate and a rear frame plate. Several economies are obtained by virtue the construction of the toaster. A one-piece control support member is mounted on the base frame plate that supports both mechanical and electronic assemblies for controlling the operation of the toaster in predetermined relative positions.

Abstract: A household electric flat bread making appliance has a heated lower pressure plate fixed to a frame, an upwardly biased upper heated pressure plate pivotally mounted on the frame, and a heated skillet mounted on the frame in general vertical alignment with the pressure plates. A handle is connected to the upper pressure plate to enable the upper pressure plate to be manually pivoted downwardly toward the lower pressure plate to flatten a mass of dough between the two pressure plates.

Abstract: An under-the-cabinet appliance includes a housing for operating parts of the appliance having a front wall, a rear wall, and a pair of side walls. Each sidewall has an outwardly-opening groove extending from the front wall toward the rear wall. Each groove also has a forward end opening to the front wall. A mounting bracket has a pair of bracket arms having mutually-confronting support rails that project from the bracket arms. The support rails are configured to be slidably received by the grooves so that the housing may be assembled on the mounting bracket by orienting the housing so that the forward ends of the grooves are aligned with rearward ends of the rails and then moving the housing forwardly relative to the mounting bracket. To facilitate assembly, the rails and grooves are tapered so that they decrease in height from their forward ends to their rearward ends.