Air flow director

An accessory for HVAC ductwork comprising:

• a first triangular panel, a second triangular panel, a deflection panel, and a fastener;
• wherein the first triangular panel and the second triangular panel are attached to the deflection panel;
• wherein the fastener attaches the accessory for HVAC ductwork to a grille associated with an HVAC system;
• wherein the grille is further defined with a bar and a wall;
• wherein the accessory for HVAC ductwork attaches to the grille;
• wherein the accessory for HVAC ductwork changes the direction of the flow of air that is discharged through the grille;
• wherein the direction of the air flow through the grille is changed in a traverse direction and in a lateral direction;
• wherein the accessory for HVAC is capable of rotation around a lateral axis of rotation and a traverse axis of rotation;
• wherein the lateral rotation does not require the accessory for HVAC ductwork to be disconnected from the grille;
• wherein the traverse rotation does not require the accessory for HVAC ductwork to be disconnected from the grille;
• wherein the air flow is further defined with an air flow vector;
• wherein specifically the air flow vector is a hypothetical vector that defines the direction of movement of the center mass of the airflow discharged from the accessory for HVAC ductwork;
• wherein the air flow vector is further defined with a traverse deflection angle and a lateral deflection angle;
• wherein the traverse deflection angle is defined as the cant between the surface of the wall and the air flow vector;
• wherein the lateral deflection angle is defined as the cant between the geometric projection of the air flow vector on the wall and a hypothetical reference line formed within the plane of the wall that passes through the center of the grille;
• wherein the accessory for HVAC ductwork provides for the adjustment of the traverse deflection angle and the lateral deflection angle such that the air flow vector of the airflow discharged from the accessory for HVAC ductwork can be controlled;
• wherein the lateral rotation adjusts the lateral deflection angle of the air flow;
• wherein traverse rotation adjusts the traverse deflection angle of the air flow;
• wherein the first triangular panel is a solid plate structure that is formed in the shape of a scalene triangle;
• wherein the second triangular panel is a solid plate structure that is formed in the shape of a scalene triangle;
• wherein the first triangular panel is identical to the second triangular panel;
• wherein the first triangular panel is further defined with a first edge, a second edge, and a third edge;
• wherein the second triangular panel is further defined with a fourth edge, a fifth edge, and a sixth edge;
• wherein the first triangular panel and the second triangular panel are both further defined with a primary traverse deflection angle, a secondary traverse deflection angle, and a pivot angle;
• wherein the primary traverse deflection angle of the first triangular panel is the angle formed by the intersection of the second edge and the third edge of the first triangular panel;
• wherein the primary traverse deflection angle of the second triangular panel is the angle formed by the intersection of the fifth edge and the sixth edge of the second triangular panel;
• wherein the secondary traverse deflection angle of the first triangular panel is the angle formed by the intersection of the first edge and the third edge of the first triangular panel;
• wherein the secondary traverse deflection angle of the second triangular panel is the angle formed by the intersection of the fourth edge and the sixth edge of the second triangular panel;
• wherein the pivot angle of the first triangular panel is the angle formed by the intersection of the first edge and the second edge of the first triangular panel;
• wherein the pivot angle of the second triangular panel is the angle formed by the intersection of the fourth edge and the fifth edge of the second triangular panel;
• wherein the deflection panel is a solid plate structure that is formed in the shape of a rectangular block;
• wherein the fastener attaches the deflection panel to the grille;
• wherein the deflection panel is further defined with a seventh edge, an eighth edge, a ninth edge, and a tenth edge;
• wherein the fastener is a spring wherein the spring is under tension when at least the second edge of the first triangular panel and the fifth edge of the second triangular panel are in contact with the wall.