Respiratory face mask for improved communications

An active respiratory filtration system for providing a hygienic barrier between a user and the user's proximate surroundings, said active respiratory filtration system comprising a harness system adapted to engage with the user's head;

• said active respiratory filtration system, said active respiratory filtration system comprising:
• an oronasal cover having a right and a left portion, wherein said oronasal cover provides an engagement seal about the perimeter of the user's nose and mouth, thereby delineating the disposition of a breathing chamber;
• and a right chamber assembly fluidly attached to said right portion of said oronasal cover, and a left chamber assembly fluidly attached to said left portion of said oronasal cover, both said right and left chamber assemblies each comprising an inner wall, a vented outer wall, and an air portal for fluidly communicating with said breathing chamber, wherein said air portal is disposed on said inner wall, and said right and left chamber assemblies configured to engage the user's corresponding right and left cheek areas so to not visually obstruct the nose and mouth areas of the user, said right and left chamber assemblies each further comprising:
• an air filter, said air filter having a filter inner face and a filter outer face, wherein said filter outer face is secured against said vented outer wall such that a void is produced between said filter inner face and said inner wall, wherein said void functions as an elongated air filter dispersion cavity;
• and
• a forced air module, for delivering a volume of air, having a module air input and a module air output, wherein said module air input engages a portion of said filter inner face, said module air output is fluidly connected to said elongated air filter dispersion cavity, thereby supplying the user with a supply of supplemental filtered air, wherein said oronasal cover is fabricated from a substantially continuous hygienic material;
• and
• a control system functionally connected to said forced air module for controlling said volume of air, said control system further comprising a power source.