Dynamo powered amusement device

A dynamo powered amusement device comprising:

• a housing;
• amusement function components creating a rotary movement and a light emitting diode illumination;
• an electrical power source for said amusement function components comprising a user powered dynamo independent of a battery in said housing;
• a user mechanical interface for energizing said dynamo;
• and
• a printed circuit board in electrical communication with said power source and said amusement function components moderating power supply from said power source and operation of said amusement function components, said amusement components receiving the power supply from said dynamo during operation of said dynamo;
• and
• wherein said amusement function components comprises an electric motor contained in said housing that create said rotary movement.

A figurine comprising:

• a figurine housing constructed to simulate a variety of animal, human, or fanciful creatures;
• a power source consisting of a dynamo in said figurine housing;
• a user mechanical interface for energizing said dynamo;
• printed circuit board receiving an electrical input from said dynamo;
• and
• multiple amusement functions created by said printed circuit board powering at least one of an auditory generator, a light emitting diode, and a mechanical actuator, to create at least one of light emission, an electrically driven movable jointed appendage or prerecorded music or spoken utterances;
• and
• wherein said mechanical actuator comprises a solenoid or an electric motor contained in said housing that creates movement in said electrically driven movable jointed appendage.

A dynamo powered jack-in-the box amusement device comprising:

• a jack-in-the box in a housing having an opening;
• a housing lid hingeable covering the opening and attached to said box housing;
• a first solenoid or first electric motor opening switch for releasing said housing lid;
• a figurine within said box housing and extendable from the opening;
• an electrically powered auditory generator;
• a dynamo in said housing;
• a movement actuator in said housing coupled to said figurine comprising a secondary solenoid or a second electric motor;
• a user mechanical interface for energizing said dynamo to produce an electrical output;
• and
• a printed circuit board in electrical communication with said dynamo to power said first solenoid, said movement actuator, and said auditory generator;
• wherein said movement actuator creates movement of said figurine;
• and
• wherein said first solenoid or said first electric motor, said movement actuator, and said auditory generator receives the power from said dynamo during operation of said dynamo.

A dynamo powered music box comprising:

• a music box in a housing having an opening;
• a housing lid hingeable covering the opening and attached to said housing;
• a first solenoid opening switch for releasing said housing lid;
• a figurine within said housing and extendable from the opening;
• an electrically powered auditory generator;
• a dynamo in said housing;
• a movement actuator in said housing coupled to said figurine comprising a secondary solenoid or an electrical motor;
• a manual mechanical interface for energizing said dynamo to produce an electrical output;
• and
• a printed circuit board in electrical communication with said dynamo, said solenoid, said movement actuator, and said auditory generator;
• wherein said movement actuator creates movement of said figurine;
• and
• wherein said first solenoid, said movement actuator, and said auditory generator receives the power from said dynamo during operation of said dynamo.

A dynamo powered amusement device comprising:

• a housing;
• an auditory generator;
• a movement actuator in said housing comprising a solenoid or an electric motor;
• an electrical power source for said auditory generator comprising a user powered dynamo in said housing;
• a user mechanical interface for energizing said dynamo;
• and
• a printed circuit board in electrical communication and said auditory generator and said movement actuator moderating power supply from said power source and operation of said auditory generator and said movement actuator, said auditory generator and said movement actuator receiving the power supply from a rechargeable battery charged by said dynamo during operation of said dynamo;
• and
• wherein said rechargeable battery supplies power when said user mechanical interface for energizing said dynamo is not being operated.

A dynamo powered amusement device comprising:

• a housing;
• a light emitting diode;
• a movement actuator in said housing coupled comprising a solenoid or an electric motor;
• an electrical power source for said light emitting diode comprising a user powered dynamo in said housing;
• a user mechanical interface for energizing said dynamo;
• and
• a printed circuit board in electrical communication and said light emitting diode and said movement actuator moderating power supply from said power source and operation of said light emitting diode and said movement actuator, said light emitting diode and said movement actuator receiving the power supply from a rechargeable battery charged by said dynamo during operation of said dynamo;
• and
• wherein said rechargeable battery supplies power when said user mechanical interface for energizing said dynamo is not being operated.