Abstract: An interactive doll is disclosed where the doll is controlled by a remote control. When the user pushes a button on the remote control, it can cause the doll and the remote control to interact via electromagnetic transmissions where both emit sounds simultaneously or at different times. The remote control can represent various items, including mobile phones and birthday cakes.

Abstract: An interactive rocking cradle and doll is disclosed where, when the cradle is rocked with the baby inside of it, the cradle emits music and baby sounds. If the cradle is rocked without the baby, however, then the cradle only emits music but no baby sounds. None of the electronics required to emit the sounds are located in the doll, thereby allowing the doll to be created in a real and life-like manner.

Abstract: An interactive toy unicorn is disclosed, where the unicorn can emit sounds and flap its wings. Pressing a button on the unicorn's head, where this button also doubles as the unicorn's horn, will trigger this functionality. Alternatively, the unicorn will emit sound and flap its wings if a magnet is placed over a magnetic switch located in the nose of the unicorn. This magnet can be placed inside of a toy wand, to give a magical effect to the toy unicorn. Lights can be placed inside the wings and light up when the wings flap.

Abstract: An interactive rocking cradle and doll is disclosed where, when the cradle is rocked with the baby inside of it, the cradle emits music and baby sounds. If the cradle is rocked without the baby, however, then the cradle only emits music but no baby sounds. None of the electronics required to emit the sounds are located in the doll, thereby allowing the doll to be created in a real and life-like manner.

Abstract: An interactive toy doll where the doll interacts with the user by reacting to its own orientation and to pressure applied to its body or mouth. If the doll is placed in a horizontal position, such as being laid down in a bed, it will close its eyes and go to sleep. Squeezing the doll's chest, as if hugging it, or placing the doll in an upright position can wake the doll. The doll can be fed by placing a toy bottle in the doll's mouth. The doll will then react by making sounds of a baby sucking on a bottle. After a set period of time in which the doll has not been fed, the doll will emit crying sounds, as if the doll is hungry.

Abstract: An interactive doll is disclosed where the doll is controlled by a remote control. When the user pushes a button on the remote control, it can cause the doll and the remote control to interact via electromagnetic transmissions where both emit sounds simultaneously or at different times. The remote control can represent various items, including mobile phones and birthday cakes.

Abstract: A toy includes a telescoping member, the telescoping member having a first member and a second member slidably disposed over the first member, a handle portion coupled to one end of the first member, a head portion coupled to the distal end of the second member, an enclosure device slidably disposed over the telescoping member, the enclosure device having an interior surface and an exterior surface, and a layer of fabric secured to the perimeter of the interior surface of the enclosure device and to the head portion. The layer of fabric has at least two appendages extending therefrom. When the head portion is fully retracted within the enclosure device, the layer of fabric and appendages are fully contained within the enclosure device. When the head portion is fully extended outside of the enclosure device, the layer of fabric and appendages are substantially located outside of the enclosure device.

Abstract: An interactive doll is disclosed where the doll can exhibit symptoms of being sick or healthy. When the user turns the doll on, the doll is healthy. After a period of time, the doll becomes sick. The user can observe different parts of the doll to determine whether the doll is sick or healthy. If the doll is sick, the user can take corrective measures to return the doll to full health.

Abstract: An interactive toy unicorn is disclosed, where the unicorn can emit sounds and flap its wings. Pressing a button on the unicorn's head, where this button also doubles as the unicorn's horn, will trigger this functionality. Alternatively, the unicorn will emit sound and flap its wings if a magnet is placed over a magnetic switch located in the nose of the unicorn. This magnet can be placed inside of a toy wand, to give a magical effect to the toy unicorn. Lights can be placed inside the wings and light up when the wings flap.