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 splash guard is provided for a food mixer, such as a hand-held mixer or a stand mixer, comprising a wavy, plate-like member that is adapted to cover the opening of a mixing bowl. The splash guard is secured to the mixer by portions of the splash guard that mate with the sides of the mixer body. More particularly, the splash guard has mutually-opposed flanges that are received in outwardly-open, longitudinally-extending grooves formed in the sides of the mixer body. The grooves in the mixer body can be specially provided for mounting the splash guard or they can be formed in a conventional manner at the junction of two body parts secured together to form the mixer body. The splash guard includes a transverse retainer strap that gives rigidity to the splash guard structure. Snap-fitting and sliding methods of assembling the splash guard onto the mixer body are also disclosed.

Abstract: A splash guard is provided for a food mixer, such as a hand-held mixer or a stand mixer, comprising a wavy, plate-like member that is adapted to cover the opening of a mixing bowl. The splash guard is secured to the mixer by portions of the splash guard that mate with the sides of the mixer body. More particularly, the splash guard has mutually-opposed flanges that are received in outwardly-open, longitudinally-extending grooves formed in the sides of the mixer body. The grooves in the mixer body can be specially provided for mounting the splash guard or they can be formed in a conventional manner at the junction of two body parts secured together to form the mixer body. The splash guard includes a transverse retainer strap that gives rigidity to the splash guard structure. Snap-fitting and sliding methods of assembling the splash guard onto the mixer body are also disclosed.