Biomimetic waterfowl

A biomimetic waterfowl comprising:

• a housing;
• two waterfowl legs that are spaced apart from each other in a left-right direction and that are mounted to a bottom portion of said housing in an up-down direction perpendicular to the left-right direction, each of said waterfowl legs including
• a first segment that is mounted to said housing and that is rotatable about a first axis parallel to the left-right direction, and
• a second segment that is rotatable about a second axis parallel to the left-right direction;
• and
• a driving module that is mounted to said housing and that is operable to drive said waterfowl legs,
• each of said waterfowl legs being movable between a retracted state, where said first segment extends forwardly from said housing and said second segment extends rearwardly from said first segment, and a propelling state, where said first segment extends rearwardly from said housing and said second segment extends rearwardly from said first segment;
• wherein said biomimetic waterfowl further comprises:
• a camera module disposed on said housing for capturing a photographic information that includes a captured facial feature, and
• a microprocessor module electrically connected to said driving module and said camera module, storing a facial identification data that includes a facial feature matching with a user facial feature of a user;
• and configured to compare, upon receipt of the photographic information from said camera module, the captured facial feature of the photographic information with the facial feature stored therein, and output a face recognition signal to said driving module indicative of a comparison result of the captured facial feature and the facial feature;
• a plurality of sound sensors mounted to said housing, configured to respectively output a plurality of sound signals indicative of information of sounds respectively sensed thereby, and electrically connected to said microprocessor module;
• and
• a speaker mounted to said housing and electrically connected to said microprocessor module,
• said microprocessor module configured to output, upon receipt of the sound signals respectively from said sound sensors, a driving signal to said driving module according to the sound signals to move said camera module to face a source of the sounds for capturing the photographic information, and to output a sound playing signal to said speaker, according to the comparison result of face recognition.