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KR-102962637-B1 - power whirlwind purification

KR102962637B1KR 102962637 B1KR102962637 B1KR 102962637B1KR-102962637-B1

Abstract

A circulating wind discharger, which generates circulating wind force from the center of the wind to the outside, is manufactured by forming a circulating support inside the circulating cylinder and fixing a circulating rod to the support, and is equipped with an inner cylinder inside the circulating cylinder. An inner circulating cylinder is further constructed to the specified dimensions, and a circulating rod with blades formed at the bottom to reduce wind resistance is welded to the top of the inner circulating cylinder to manufacture the inner circulating cylinder. The circulating wind force is increased by fixing the circulating wind discharge port at a designated position between the opening, the circulating rod, and the middle of the inner cylinder so that circulating wind force is generated inside and outside the inner circulating cylinder.

Inventors

  • 정삼주

Dates

Publication Date
20260508
Application Date
20200420

Claims (3)

  1. In a vortex wind discharger that draws in contaminated air, purifies it, and discharges the purified air through a blower as a vortex wind by generating a vortex wind force, A ventilation cylinder (2) provided on a ventilation support (6) placed in the center, An inner cylinder (17) provided inside the above-mentioned air circulation cylinder (2), A wind rod (4) fixed to the wind support (6) and erected in the center of the inner cylinder (17) in the axial direction of the inner cylinder (17), An integrated wind power discharger comprising a second wind rod (18) formed at a constant interval along the outer surface of the above wind rod (4) in a vertical direction and formed at an angle, and having at least one lower blade (50a) at the bottom.
  2. In claim 1, a blower tube (5) is further provided within the inner cylinder (17) with the blower rod (4) at the center, and An integrated wind power discharger further comprising a first wind band (8) formed at a vertical angle at regular intervals on the inner and outer surfaces of the above wind pipe (5).
  3. In claim 2, a first wind baffle (8) is further provided to be formed at a vertical angle at regular intervals around the inner surface of the inner cylinder (17), and a lower blade (50a) is formed on the lower part of the first wind baffle (8) provided in the inner cylinder (17) and the wind baffle tube (5), forming an integrated wind baffle discharger.

Description

Integrated power whirlwind purification The present invention purifies the polluted air currently facing our society and then manufactures and installs an integrated vortex wind exhaust unit sized to the top of the main body to utilize the rising purified air. The purified air discharged by the blower is channeled through the vortex rod and vortex tube, which are devices configured inside the integrated vortex wind exhaust unit. The discharged vortex wind generates vortex force from the center, creating waves within the atmosphere. As the vortex disrupts the layer of polluted air, the purified air layer rapidly penetrates and continues to expand, causing the polluted air layer to disappear. The structure is such that the purified air, powered by the vortex force of the integrated vortex wind exhaust unit, is continuously discharged from the center to the outside. Furthermore, as the discharge capacity increases and the vortex wind exhaust port expands significantly, the vortex tube generating vortex force is positioned and fixed to a prepared vortex support unit located between the vortex rod and the inner cylinder, according to the expanded spacing. Here, even if the circulating wind exhaust port is enlarged, a circulating air tube sized to the intermediate dimensions of the enlarged size is installed and fixed to the circulating support to increase the circulating wind force and discharge it. A circulating rod and a circulating air tube are installed at the bottom of the circulating support to reduce resistance to rising wind and increase the supporting force of the circulating support. The integrated circulating wind exhauster produced by this configuration purifies pollutants such as yellow dust, fine dust, ultrafine dust, dust, industrial pollution, automobile pollution, aviation pollution, ship pollution, agricultural machinery pollution, forest fire pollution, fire pollution, carbon, viruses, bacteria harmful to the human body, and smog in the blue sky where we breathe, thereby discharging purified air that initiates a fresh atmospheric environment free from polluted air and good for breathing. The background for inventing the integrated circulating wind discharger (1) of the present invention is that, generally, the method of discharging wind from a blower (500) in a straight line and the method of forming a wind barrier on the cover of the blower (500) to diffuse the discharged wind are used. However, this method causes a problem in that the discharged wind, depending on the rotational speed of the blower (500), cannot push out the layer of contaminated air (200) and disappears without any expansion force. In addition, the structure of the existing purification air circulating discharger (600) is such that an inner cylinder is formed inside the existing circulating cylinder (2), and a circulating blade is formed inside the inner cylinder. The discharged purification air (300) generates circulating force only to the outside of the purification air circulating discharge port, causing waves in the layer of contaminated air (200) to push out and penetrate the contaminated air (200), thereby spreading and expanding the layer of purification air (300), but there is insufficient expansion force to penetrate the layer of contaminated air (200) far away. Here, the applicant of the present invention has implemented a more advanced means than the invention application number 10-2021-0063625 filed earlier. Furthermore, the prior art purification air circulating exhaust device (600) is formed in a structure that generates circulating force by first discharging to the outside of the exhaust port and second discharging to the inside exhaust port. Therefore, circulating force is generated only outside the exhaust device, and circulating force is not generated in the center, resulting in a problem where the contaminated air (200) layer cannot be penetrated far forward. FIG. 1 is a front view of the swirling wind discharger of the present invention. FIG. 2 is a front view of a first windbreak with one or both sides ground to reduce wind resistance. FIG. 2a is a front view of a second windbreak with the lower part of the windbreak ground to reduce wind resistance. Fig. 3 is a front view showing Hoepungbong. FIG. 4 is a cross-sectional view of a single-stage air circulation rod in which an air circulation rod is formed on the air circulation central axis. Fig. 5 is a perspective view showing the Hwepungsoktong. Fig. 6 is a front view showing the ventilation support. FIG. 7 is a completed front view of the top of the contaminated air purification circulating exhaust device. The present invention is described in detail as follows by referring to the attached drawings and the whirlwind discharger. The present invention's vortex wind exhauster (1) is manufactured to fit the upper specifications of the main body of the contaminated air purification vortex exhauster (100) and installed and fixed at the 6th stage upper secti