Air door of CO2 exhauster and high-pressure aerator in living room

Abstract

The invention discloses an air door of a CO2 gas exhauster and a high-pressure aerator in a living room. The air door structurally comprises an HF-100 oblique flow pressurizing pipeline fan body (1), a fan air outlet end retaining ring screw M4 * 10 (2), a connecting rubber band (3), an air door horizontal shaft (4), an air door screw M4 * 10 (5), an air door frame (6) and an air door leaf (7).

Description

Technical field:

[0001] The invention relates to a damper structure of a CO2 gas discharger and a high-pressure oxygenator in a room. Background technology:

[0002] Although the author's two patent applications 202211195042.6 and 202310892000.5 can discharge the CO2 gas in the user's room to the outside of the room and produce high-pressure oxygen and high-pressure negative oxygen ions in the user's room, their CO2 gas discharger and the high-pressure oxygen increaser in the room have no damper structure. Therefore, when the CO2 gas discharger and the high-pressure oxygen increaser in the room stop running, the high-pressure oxygen and high-pressure negative oxygen ions in the room will flow to the outside of the room through the cylinder of these two machines, so that the high-pressure oxygen and high-pressure negative oxygen ions in the room will become flat-pressure (i.e., nearly one atmospheric pressure) oxygen and negative oxygen ions in a shorter time, which greatly reduces the effects of high-pressure oxygen and high-pressure negative oxygen ions on the user's strength, health care and longevity. Summary of the invention:

[0003] In order to overcome the deficiency of the above two patent applications that there is no damper, the present invention provides a damper structure for a CO2 gas discharger and a room high-pressure oxygenator.

[0004] The technical measures adopted by the present invention to solve the technical problem are:

[0005] 1. Try to buy fans with damper structures on the market as CO2 exhausters and high-pressure oxygenators in users' homes;

[0006] 2. Use 0.5mm thick 304 stainless steel angle steel bars to make the damper frame according to the design drawing, use 0.3mm thick 304 stainless steel sheet materials to make the two damper leaves of the damper structure, and use elastic rubber bands to connect the damper structure to the air outlet of the high-pressure aerator and the CO2 gas discharge body;

[0007] The structure of the damper includes: HF-100 oblique flow booster duct fan body, four M4×10 retaining ring screws at the fan outlet end, four connecting rubber bands, two damper horizontal axes, four M4×10 damper screws, one damper frame, and two damper leaves. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 This is a schematic diagram of the damper structure connection.

[0009] exist Figure 1 Middle: 1. MH-100 oblique flow booster duct fan body, 2. Fan outlet end retaining ring screw M4×10, 3. Connecting rubber band, 4. Damper horizontal axis, 5. Damper screw M4×10, 6. Damper frame, 7. Damper leaf. Specific implementation method:

[0010] When the present invention is in operation, the impulse of the air intake of the HF-100 oblique flow booster duct fan body (1) and the impulse of the air exhaust of the CO2 gas discharger are respectively greater than the gravity of the damper leaf (7), so that the damper leaf (7) is pushed into a horizontal state, so that the CO2 gas discharger discharges the CO2 gas in the room to the outside of the room, and the HF-100 oblique flow booster duct fan inhales natural oxygen rich in a large number of negative oxygen ions outside the room into the user's room to become high-pressure oxygen and high-pressure negative oxygen ions in the room.

[0011] When the present invention stops running, the impulse of the CO2 gas discharger to exhaust volume is zero, and the impulse of the air intake volume of the HF-100 oblique flow booster duct fan body (1) is also zero, both of which are less than the gravity of the damper leaf (7). The damper leaf (7) automatically falls vertically and closes to prevent the high-pressure oxygen and high-pressure negative oxygen ions in the user's room from flowing out, so that the high-pressure oxygen and high-pressure negative oxygen ions in the user's room can be stabilized and maintained in a high-pressure and high-density state for a long time, so that the user can greatly benefit from the high-pressure oxygen and high-pressure negative oxygen ions in the room.

Claims

1. A damper for an indoor CO2 gas discharger and a high-pressure oxygenator, characterized by: HF-100 oblique flow booster duct fan body (1), fan air outlet end retaining ring screw M4×10, connecting rubber band (3), damper horizontal shaft (4), damper screw M4×10, damper frame (6), damper leaf (7).

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