TH20166Y - Air diffuser for ventilation system. - Google Patents

Abstract

The air diffuser for the ventilation system consists of an upper air box with ball jet diffusers, two perforated outer walls, two perforated inner walls, a body structure, and a vertical air box for directing cool air from the directional walls to the upper air box. The vertical air box comprises a front and rear wall, a first perforated baffle plate (with a central hole), a second perforated baffle plate (with a central hole), a third perforated baffle plate (with a central hole), and perforated rectangular walls with rounded ends. A directional wall directs the airflow vertically. The first and second air deflector assemblies are also included, along with a support base for mounting and securing to the body structure.

Claims (8)

1. The ventilation system's air diffuser (32) is characterized by the following: It consists of an upper air box (80) which is made up of the upper wall (81), lower wall (82), front wall (83), and rear wall (84). The lower wall (82) has a hole (86) to allow cooled air from the vertical air box (43) to pass into the upper air box (80). The front wall (83) is fitted with at least five balljet air diffusers (87). The upper air box (80) is attached to the top cover (36) of the body structure (35). Two perforated outer walls (33) are fitted, one at the front of the body structure (35) and one at the rear of the body structure (35). Two perforated inner walls (34) are fitted, one at the front of the body structure (35) and one at the rear of the body structure (35). The body structure (35) is used to attach the perforated outer walls (33) and the perforated inner walls (34). The body structure (35) also consists of a top cover (36) and a bottom cover (37). The top cover (36) has holes (41) positioned directly opposite the first air deflector assembly (65), and the bottom cover (37) has holes positioned directly opposite the bottom edge of the directional control wall. The vertical air box (43) serves as a passageway for cool air from the directional control wall (48) to the top air box (80). The vertical air box (43) consists of a front wall (61) and a rear wall (64), with the left and right side edges of the rear wall (64) being curved and meeting the left and right side edges of the front wall (61). The front wall (61) has a bottom edge (63) to divide the incoming air into two parts; one part flows into the vertical air box (43), and the other part flows into the space between the front wall (61) and the three baffles. and the perforated wall (47). The first baffle plate (44) has a hole (57) in the center, which opens outwards from the rear edge of the first baffle plate, giving the first baffle plate a U shape. The rear edge of the first baffle plate (44) is attached to the front wall (61) of the vertical air box, while the front edge of the first baffle plate (44) is attached to the top edge (55) of the perforated wall (47). The first baffle plate (44) has a width and length side, with the hole (57) having its length parallel to the length side of the first baffle plate (44). The first baffle plate (44) is installed at the top of the perforated wall (47). The second baffle plate (45) has a hole (58) in the center, which opens outwards from the rear edge of the second baffle plate. The second baffle plate is shaped like a U. The rear edge of the second baffle plate (45) is attached to the front wall (61) of the vertical air box, while the front edge of the second baffle plate (45) is attached to the perforated wall (47). The second baffle plate (45) has a width and a length, in which the hole (58) has its length parallel to the length of the second baffle plate (45). The hole (58) of the second baffle plate is wider than the width of the hole (57) of the first baffle plate and longer than the length of the hole (57) of the first baffle plate. The second baffle plate (45) is installed milled downward from the first baffle plate (44) towards the bottom. The third baffle plate (46) has a hole (59) in the center, in which the hole (59) is open to the rear edge of the third baffle plate. The third baffle plate is shaped like a U. The rear edge of the third baffle plate (46) is attached to the front wall (61) of the vertical air box, while the front edge of the third baffle plate (46) is attached to the perforated wall (47). The third baffle plate (46) has a width and a length, with the hole (59) having its length parallel to the length of the third baffle plate (46). The hole (59) of the third baffle plate is wider than the width of the hole (58) of the second baffle plate and longer than the length of the hole (58) of the third baffle plate. The third baffle plate (46) is installed below the second baffle plate (45). The perforated wall (47) is shaped like a tall rectangular wall, with its left and right ends rounded and meeting at the left edge. And on the right side edge of the front wall (61), the perforated wall (47) has many holes (60) so that air can flow through, then the air flows through the inner perforated wall (34), flows through the outer perforated wall (33) and comes out through the front of the air outlet. For the ventilation system (32), the wind control wall (48) is used to direct the airflow upwards vertically. The top edge (49) of the wind control wall (48) is attached to the bottom edge (88) of the rear wall (64) and to the bottom edge (56) of the perforated wall (47). The bottom edge (50) of the wind control wall (48) is attached to the bottom cover (37). The first set of air diffusers (65) is installed at the top of the vertical air box (43) to adjust the amount of air flowing from the vertical air box (43) into the upper air box (80). The second set of air diffusers (74) is installed between the front wall (61) of the vertical air box and the wind control wall (48) to adjust the amount of air flowing from the gap (51) of the wind control wall (48) into the gap between the front wall (61) of the vertical air box. The three baffle plates and the perforated wall (47) and the support base (38) for supporting and attaching to the body structure (35). The support base (38) has holes (40) which connect to the gaps (51) of the wind control wall (48). 2. Air outlet for ventilation system (32) in accordance with claim 1, where the lower edge (63) of the front wall (61) of the vertical air box is located inside the air direction control wall (48). 3. Air outlet for ventilation system (32) in accordance with claim 1, in which the top air box (80) also has a protruding edge (85) positioned around the edge of the hole (86) of the bottom wall (82), with the protruding edge (85) protruding from the bottom wall (82) in a downward direction toward the floor. The protruding edge (85) is sized to fit snugly into the edge of the hole (41) on the top cover (36). 4. Air outlets for ventilation systems (32) in accordance with claim 1, in which each ball jet (87) outlet is spaced apart and all ball jet (87) outlets are at the same height. 5. Air diffuser for ventilation system (32) in accordance with claim 1, which the base (38) also consists of a vertical edge (39) at the position around the edge of the hole (40) of the base, with the vertical edge (39) protruding from the base in an upward direction from the floor. The vertical edge (39) is sized to fit snugly into the bottom edge (50) of the wind direction control wall (48). 6. Air outlet for ventilation system (32) in accordance with claim 1, where the lower edge of the side wall (66) of the first set of air diffusers (65) is fitted with flange (71) and the upper edge of the vertical air box (43) is fitted with flange (62). Flange (71) is attached to flange (62). 7. Air outlets for ventilation systems (32) under claim 1, where the wind control wall (48) is a rectangular wall of a certain height with rounded corners on all four sides. 8. Air outlet for ventilation system (32) in accordance with claim 1, where the front wall (83) of the top air box (80) is curved forward and the rear wall (84) of the top air box (80) is curved backward.