Abstract: A battery assembly includes a sealed battery cell container holds a positive and negative electrode and an electrolyte. Deflection-responsive means engages at least one outer face of the container and is responsive to deflection thereof for operating a cut-off switch to break the electrical continuity of the battery assembly. Flat battery cell containers may be stacked in different arrangements within a coupling structure, the arrangements defining either a cavity between the coupling structure and an adjacent container face, or a cavity between faces of adjacent cell containers. A membrane switch received in the cavity is actuated by bulging of a cell container wall. A control circuit operates the cut-off switch in response to actuation of the membrane switch.

Abstract: A battery assembly includes a sealed battery cell container holds a positive and negative electrode and an electrolyte. Deflection-responsive means engages at least one outer face of the container and is responsive to deflection thereof for operating a cut-off switch to break the electrical continuity of the battery assembly. Flat battery cell containers may be stacked in different arrangements within a coupling structure, the arrangements defining either a cavity between the coupling structure and an adjacent container face, or a cavity between faces of adjacent cell containers. A membrane switch received in the cavity is actuated by bulging of a cell container wall. A control circuit operates the cut-off switch in response to actuation of the membrane switch.

Abstract: A toy figure having an arm or leg incorporates an internal clicking sound-generating mechanism. For toy figures molded from deformable plastic material, the sound-generating mechanism is within an arm or leg of the toy, and includes first and second members relatively movably engageable with each other inside a closed chamber. A clicking sound is produced thereby, typically when the arm or leg is bent. The arm or leg is formed by an insert molding operation with the plastic material molded to shape completely around the sound-generating mechanism. For other toy figures, such as stuffed animals, the filling or stuffing surrounds the sound-generating mechanism, and the portions of the sound-generating mechanism that engage each other are arranged inside a closed chamber, or at least within an enclosure shaped to substantially exclude the filling or stuffing.

Abstract: A toy figure having an arm or leg incorporates an internal clicking sound-generating mechanism. For toy figures molded from deformable plastic material, the sound-generating mechanism is within an arm or leg of the toy, and includes first and second members relatively movably engageable with each other inside a closed chamber. A clicking sound is produced thereby, typically when the arm or leg is bent. The arm or leg is formed by an insert molding operation with the plastic material molded to shape completely around the sound-generating mechanism. For other toy figures, such as stuffed animals, the filling or stuffing surrounds the sound-generating mechanism, and the portions of the sound-generating mechanism that engage each other are arranged inside a closed chamber, or at least within an enclosure shaped to substantially exclude the filling or stuffing.