Aerosol protection system

An aerosol protection system to block passage of an aerosol from each side of the aerosol protection system to the other side comprising:

• an air blowing device located at the top of the aerosol protection system;
• an air sucking device located at the bottom of the aerosol protection system;
• a guiding horn with a narrow side and a wide side, one used by said air blowing device and one used by said air sucking device;
• a holder to hold said air blowing device and said air sucking device;
• said air blowing device uses a blowing assembly comprising a plurality of adjacent blowing fans attached to the wide side of said guiding horn and the narrow side is used to blow air with a narrower width;
• said air sucking device uses a sucking assembly comprising a plurality of adjacent sucking fans, and a replaceable filter that is held by a removable mesh filter holder attached to the wide side of said guiding horn to:
• suck a contaminated air from the narrow side of the guiding horn;
• and
• filter the contaminated air before releasing to an environment;
• the air blowing device operates at a first vertical surface or plane and said air sucking device operates at a second vertical surface or plane with a distance between them to provide an air blowing curtain and an air sucking curtain;
• the air blowing device comprises of a main air blowing device and a redundant air blowing device to:
• provide a main air curtain and a redundant air curtain;
• block said aerosol that penetrates the main air curtain;
• and
• adjust an orientation and a direction of the main air curtain and the redundant air curtain by configuring an air flow angle;
• the performance of said aerosol protection system is adjusted by bending or rotating inward or outward of said air blowing device, said air sucking device and changing the distance between the first vertical surface or plane and said second vertical surface or plane;
• The adjustment is performed by an artificial intelligent algorithm that resides in a controller and receives information data through a wireless link from various sensors that monitor the performance of the aerosol protection system.

A method for providing aerosol protection, the method comprising:

• an aerosol protection system that uses a holder to:
• hold an air blowing device connected at the top of said holder;
• and
• hold an air sucking device connected at the bottom of said holder;
• to
• blow air from top of said holder in a first vertical surface or plane by the air blowing device to create a first air curtain to block passage of an aerosol from one side to the other side of said first air curtain;
• and
• suck said aerosol by said air sucking device at the bottom of said holder in a second vertical surface or plane to create an air sucking curtain that has an adjustable distance from said first vertical surface or plane;
• said holder uses a fan assembly for the air blowing device and the air sucking device;
• to
• guide an air flow by attaching the fan assembly on the wide side of a guiding horn and using the narrow side of the guiding horn for blowing air and sucking air;
• and
• filter the aerosol sucked by the air sucking device by an aerosol filter attached to the fan assembly.