Displacement induction environmental sanitizing control system

A displacement induction environmental sanitizing control system for controlling environment in a room, comprising:

• a housing, the housing having a front, a back, sides, a top end, and a bottom end;
• a first intake in the housing;
• wherein the first intake is configured to receive a supply of pressurized outside air;
• wherein the front has an upper section and a lower section.
• wherein the upper section includes a second intake configured to receive air into the housing from the room;
• wherein the lower section includes a first outlet configured to output air into the room from the housing;
• wherein the housing has a first airflow path from the first intake and second intake to the first outlet;
• an sanitization element operatively positioned within the housing and configured to sanitize air in the first airflow path to create sanitized air;
• and
• a third intake positioned below the first outlet;
• a second outlet positioned at the top end of the housing;
• wherein the housing provides a second airflow path from the third intake to the second outlet;
• and
• a heating element positioned in the second airflow path;
• wherein the heating element is configured to provide natural or radiant convection heating in the second airflow path.

The system of 15, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• wherein the air induction chamber has a top end connected to the upper plenum and a lower end connected to the lower duct and an open front end;
• and
• wherein airflow from the upper plenum through the air induction chamber to the lower duct causes air from the room to be induced though the second intake and into the open front end of the air induction chamber by the Venturi effect.

The system of 15, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• wherein the air induction chamber has a top end connected to the upper plenum and a lower end connected to the lower duct and an open front end;
• and
• wherein airflow from the upper plenum through air induction chamber to the lower duct causes air from the room to be induced though the second intake and into the open front end of the air induction chamber by the Venturi effect;
• and
• wherein the sanitization element is positioned in the lower duct.

The system of 15, wherein the housing includes:

• an upper plenum connected to the first intake;
• a lower duct connected to the first outlet;
• an air induction chamber positioned between the upper plenum and the lower duct;
• and
• one or more baffles positioned in the lower duct.

The system of 15, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• a plurality of nozzles positioned between the upper plenum and the air induction chamber;
• wherein air flows through the plurality of nozzles from the upper plenum to the air induction chamber causing air from the room to be induced though the second intake and into the air induction chamber by the Venturi effect.

A displacement induction environmental sanitizing control system for controlling environment in a room, comprising:

• a housing, the housing having a front, a back, sides, a top end, and a bottom end;
• a first intake in the housing;
• wherein the first intake is configured to receive a supply of pressurized outside air;
• wherein the front has an upper section and a lower section;
• wherein the upper section includes a second intake configured to receive air into the housing from the room;
• wherein the lower section includes a first outlet configured to output air into the room from the housing;
• wherein the housing has an airflow path from the first intake and second intake to the first outlet;
• a sanitization element operatively positioned within the housing and configured to sanitize air in the airflow path to create sanitized air.

The system of 27, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• wherein the air induction chamber has a top end connected to the upper plenum and a lower end connected to the lower duct and an open front end;
• and
• wherein airflow from the upper plenum through air induction chamber to the lower duct causes air from the room to be induced though the second intake and into the open front end of the air induction chamber by the Venturi effect;
• and
• wherein the sanitization element is positioned in the upper plenum.

The system of 27, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• wherein the air induction chamber has a top end connected to the upper plenum and a lower end connected to the lower duct and an open front end;
• and
• wherein airflow from the upper plenum through air induction chamber to the lower duct causes air from the room to be induced though the second intake and into the open front end of the air induction chamber by the Venturi effect;
• and
• wherein the sanitization element is positioned in the lower duct.

The system of 27, wherein the housing includes:

• an upper plenum connected to the first intake;
• a lower duct connected to the first outlet;
• an air induction chamber positioned between the upper plenum and the lower duct;
• and
• one or more baffles positioned in the lower duct.

The system of 27, wherein the housing includes:

• an upper plenum connected to the first intake,
• a lower duct connected to the first outlet,
• an air induction chamber positioned between the upper plenum and the lower duct;
• a plurality of nozzles positioned between the upper plenum and the air induction chamber;
• wherein air flows through the plurality of nozzles from the upper plenum to the air induction chamber causing air from the room to be induced though the second intake and into the air induction chamber by the Venturi effect.