[0023] Example
[0024] See Figure 1-Figure 5 , The present invention provides an atomized air purifier, the structure of which includes an air inlet duct 1, a control panel 2, an air outlet filter cover 3, an atomized air purifier 4, a bottom frame 5, and a universal caster 6, the bottom The bottom of the frame 5 is provided with four universal casters 6 evenly and equidistantly. The universal casters 6 and the bottom frame 5 are threadedly connected, and the top of the bottom frame 5 is provided with an atomizing air purification device 4 and they are buckled together. , The front and rear ends of the atomized air purification device 4 are provided with an air outlet water filter net cover 3, and the air outlet water filter net cover 3 is fixed on the surface of the atomized air purification device 4 by screws. The top of the atomized air purification device 4 is provided with an air inlet duct 1 and the two adopt an interference fit. A control panel 2 is provided below the air inlet duct 1, and the control panel 2 is closely fixed to the atomized air purification device 4 On the surface, the control panel 2 is matched with the atomized air purification device 4. The atomized air purification device 4 is composed of an air intake mechanism 41, a piston water circulation mechanism 42, an atomized air purification box 43, and a return water The mechanism 44 is composed of an anti-static box 45. The atomized air purification box 43 is located in the center of the anti-static box 45 and the two adopt an interference fit. The top of the atomized air purification box 43 is provided There is an air intake mechanism 41 and the two are matched. The two sides of the air intake mechanism 41 are provided with a piston type water circulation mechanism 42 and the two adopt a clearance fit. The atomization air purification box 43 is evenly spaced below the two There are two return water mechanisms 44, the two return water mechanisms 44 are an axisymmetric structure, and the said return water mechanism 44 cooperates with the piston-type water circulation mechanism 42.
[0025] The air intake mechanism 41 is composed of a lower rotating shaft 411, an upper rotating shaft 412, an air intake impeller 413, a motor 414, an air intake pipe 415, and a gas collecting cover 416. The top of the gas collecting cover 416 is fastened to the anti-static box. 45 on the inner wall groove and connected with the intake duct 1. The air collecting hood 416 is provided with a motor 414 at the center of the bottom and the two adopt interference fit. The upper and lower ends of the motor 414 are respectively provided with an upper rotating shaft 412 And the lower rotating shaft 411, the upper rotating shaft 412 and the lower rotating shaft 411 are in clearance fit with the motor 414, the upper rotating shaft 412 penetrates the gas collecting cover 416 and is connected with the intake impeller 413 provided inside, the intake The impeller 413 is engaged with the upper rotating shaft 412, and the bottom of the gas collecting hood 416 is provided with two intake pipes 415 and evenly distributed on both sides of the motor 414.
[0026] An atomizing air purification box 43 is provided under the air collecting hood 416, and the air collecting hood 416 is connected to the atomizing air cleaning box 43 through an air inlet pipe 415.
[0027] The atomized air purification box 43 is composed of a filter frame 431, an air purification box 432, an air outlet pipe 433, a water filter grille 434, and an atomization mechanism 435. The air purification box 432 has a rectangular structure and is provided with The filter frame 431, the filter frame 431 and the air purification box 432 are movably connected, the bottom of the filter frame 431 is provided with a water filter grid 434 and the two are buckled together, the front and rear ends of the air purification box 432 are provided There is an air outlet pipe 433, one end of the air outlet pipe 433 is threadedly connected with the air purification box 432, the other end of the air outlet pipe 433 is buckled with the air outlet filter cover 3, the air purification box There is an atomization mechanism 435 at the center of the bottom of the 432 and the two are matched.
[0028] The atomization mechanism 435 is composed of water heating atomization plate 43501, heater 43502, spring 43503, static contact bracket 43504, movable rod 43505, small roller 43506, movable contact 43507, static contact 43508, sliding groove 43509, The electromagnet 435010, the electromagnet base 435011, and the iron sheet 435012 are composed; the heater 43502 is provided with a water heating atomization disk 43501 on the top and the two are matched. The water heating atomization disk 43501 is fastened and fixed to the air purification On the bottom groove of the box 432, static contact brackets 43504 are provided on both sides of the heater 43502, and the static contact bracket 43504 is engaged with the surface groove of the heater 43502. The static contact bracket 43504 It is an L-shaped structure and is provided with a static contact 43508 at the bottom end. The static contact 43508 and the static contact bracket 43504 adopt an interference fit. The heater 43502 is provided with an electromagnet 435010 at the center position below. The electromagnet 435010 is fixed under the heater 43502 through the slide grooves 43509 provided on both sides of the bottom electromagnet base 435011. The electromagnet 435010 and the electromagnet base 435011 are buckled together, and the upper and lower ends of the slide groove 43509 are respectively fixed. On the bottom surface of the heater 43502 and the outer wall of the electromagnet base 435011, a movable rod 43505 is provided above the electromagnet 435010, and the movable rod 43505 is in sliding fit with the sliding groove 43509, and the movable rod 43505 is provided at both ends. Some small rollers 43506 are matched with the static contact bracket 43504. The upper and lower ends of the movable rod 43505 are respectively provided with springs 43503 and iron sheets 435012. The upper and lower ends of the spring 43503 are respectively fixed on the bottom surface of the heater 43502 and the movable On the top surface of the rod 43505, the iron sheet 435012 is tightly fixed on the bottom surface of the movable rod 43505, and the moving contact 43507 is provided above the static contact 43508 and the two are matched. The moving contact 43507 and The static contact 43508 is connected to the heater 43502 through a wire, and the movable contact 43507 is buckled and fixed on the bottom groove of the movable rod 43505.
[0029] The water return mechanism 44 is composed of a return pipe 441, a water inlet pipe 442, a reverse stop valve 443, a suction pipe 444, a water filter head 445, a float limit pipe 446, a hydrogen float 447, a float limit base 448, and a water tank. 449, aluminum rod 4410, slide rail 4411, static conductive sheet 4412, movable conductive sheet 4413, the top of the water tank 449 is provided with a return pipe 441 and a water inlet pipe 442, the water tank 449 through the return pipe 441 and air purification tank 432 connection, the return pipe 441 and the water inlet pipe 442 are in clearance fit with the water tank 449, the front and rear ends of the water inlet pipe 442 are provided with a reverse check valve 443, and the reverse check valve 443 is opposite to the water inlet pipe 442. In cooperation, the water tank 449 is provided with a suction pipe 444, the upper end of the suction pipe 444 is threadedly connected with the water inlet pipe 442, and the lower end of the suction pipe 444 is provided with a water filter head 445 and the two are buckled together. A floating ball limiting pipe 446 is provided on one side of the suction pipe 444. The floating ball limiting pipe 446 and the water tank 449 adopt interference fit. The bottom end of the floating ball limiting pipe 446 is provided with a floating ball limiting base 448. And the two are buckled together. The floating ball limit pipe 446 is provided with a hydrogen float 447 and the two adopt a sliding fit. The water tank 449 is provided with a slide rail 4411, and the slide rail 4411 buckles The slide rail 4411 is provided with an aluminum rod 4410 and the two adopt a sliding fit. One end of the aluminum rod 4410 penetrates the water tank 449 and is connected to the hydrogen float 447. The aluminum rod 4410 The other end of 4410 is provided with a movable conductive sheet 4413 and the two adopt interference fit. The static conductive sheet 4412 is provided under the movable conductive sheet 4413 and the two are matched. The static conductive sheet 4412 is fixed at the lower end of the slide rail 4411 The static conductive sheet 4412 and the movable conductive sheet 4413 are connected to the electromagnet 435010 through wires.
[0030] Two piston-type water circulation mechanisms 42 are arranged inside the anti-static box 45 and are evenly distributed on both sides of the air intake mechanism 41, and the two piston-type water circulation mechanisms 42 are an axisymmetric structure.
[0031] The piston type water circulation mechanism 42 is composed of a transmission belt 421, a pulley 422, a connecting rod positioning pin 423, a connecting rod 424, a piston barrel 425, a piston 426, a spray head 427, and a belt transmission sleeve 428. 428 is buckled and fixed on the lower shaft 411. The belt-type transmission sleeve 428 and the pulley 422 are connected by a transmission belt 421. The front end of the pulley 422 is provided with a connecting rod positioning pin 423 and the two are connected by threads. A piston cylinder 425 is provided below the pulley 422 and the two adopt a clearance fit. The piston cylinder 425 is provided with a piston 426 inside and the two are connected by sliding. A connecting rod is provided between the connecting rod positioning pin 423 and the piston 426 424. The front and rear ends of the connecting rod 424 are respectively connected with the connecting rod positioning pin 423 and the piston 426, the lower end of the piston cylinder 425 is fastened to the top surface groove of the air purification box 432, and the nozzle 427 is provided with Inside the air purification box 432 and threadedly connected with the piston cylinder 425, the piston cylinder 425 and the water tank 449 are connected by a water inlet pipe 442.
[0032] Principle of the invention:
[0033] First, ensure that the atomizing air purification device 4 is energized, and then start the motor 414 through the control panel 2 so that the motor 414 drives the upper shaft 412 and the lower shaft 411 to rotate, because the intake impeller 413 and the upper shaft 412 are interlocked, so At this time, the air will be sucked into the atomized air purification box 43. At this time, the lower shaft 411 rotates and drives the belt transmission sleeve 428 to rotate. Because the belt transmission sleeve 428 and the pulley 422 are connected by the transmission belt 421, the pulley 422 rotates. Because one end of the connecting rod 424 is fixed to the pulley 422 by the connecting rod positioning pin 423, and the other end is movably connected to the piston 426, when the pulley 422 rotates, the piston 426 will move up and down quickly and repeatedly in the piston barrel 425. At this time, the piston barrel Negative pressure is generated in the 425, and the water inside the water tank 449 is quickly drawn into the air purification tank 432 through the water inlet pipe 442, and the water is recovered by the return pipe 441, thereby realizing water circulation, so that the inner wall of the entire air purification tank 432 forms a whole The layer of water film flows from top to bottom. The air enters tangentially from the upper part of the air purification box 432, and rotates and rises in the air purification box 432. The dust-containing gas always rubs against the water film on the inner wall of the air purification box 432 under the action of centrifugal force. In this way, the dust-containing gas is moistened by the water film, and the dust particles are stored in the filter frame 431 through the filter grid 434 along with the water. There are outlet pipes 433 on both sides of the air purification box 432, and the purified air is discharged from the air. The pipe 433 is led out to achieve the purpose of dust removal. The filter frame 431 and the air purification tank 432 adopt a clearance fit to facilitate the cleaning of the filtered dust particles. Add alkaline water to the water tank 449 to achieve the desulfurization effect; when the water tank 449 is inside When the water is lower than the floating ball limiting pipe 446, the hydrogen floating ball 447 will slide down along the floating ball limiting pipe 446, and drive the aluminum rod 4410 to slide down along the slide rail 4411, causing the movable conductive sheet 4413 to move toward the static conductive sheet 4412 is approaching. When the hydrogen floating ball 447 is in contact with the floating ball limit base 448, the moving conductive sheet 4413 is closed to the static conductive sheet 4412. At this time, the electromagnet 435010 is energized, and the electromagnet 435010 will generate magnetism after being energized. The iron piece 435012 will approach the electromagnet 435010 and drive the movable rod 43505 to slide down along the chute 43509 to make the moving contact 43507 approach the static contact 43508. When the electromagnet 435010 and the iron piece 435012 are closed, the moving contact The head 43507 and the static contact 43508 are closed. At this time, the heater 43502 enters the working state, and quickly raises the temperature of the water heating atomization plate 43501. When the water passing through the air purification box 432 comes into contact with the water heating atomization plate 43501, because of the high temperature Part of the water will be atomized, the mist will rise, and moisturize the dusty gas entering the air purification box 432, increase the probability of the dusty gas being humidified by the water, and increase the degree of air purification. The atomized air purification device 4 is low in cost and installed Convenient, light weight, lower the price of the dust collector It is an ideal air purification product for users.
[0034] The electromagnet 435010 of the present invention is a device that generates electromagnetism when energized. A conductive winding that matches its power is wound on the outside of the iron core. This current-carrying coil has magnetism like a magnet. When it is energized, it has magnetism. The magnetism disappears after the power is off.
[0035] The problem solved by the present invention is that in today's society, economic development has brought serious environmental damage, and air pollution is particularly serious. Although people are aware of the harm caused by environmental damage, pollution still exists. For everyone’s health, people’s living environment There are a lot of air fresheners on the market, and they are all chemical additives that treat the symptoms but not the root cause, and cannot change the air quality. On the contrary, too much use can easily pollute the air. Most air purifiers that appear now use different forms of filter elements to filter and purify the air. The filter elements need to be replaced regularly, the price is high, the installation is cumbersome, and the dust removal effect is general. In combination, the atomizing air purification device 4 of the present invention can quickly suck indoor air into the atomizing air purification box 43 through the air intake mechanism 41, and the water return mechanism 44 can cooperate with the piston water circulation mechanism 42 to achieve water in the atomized air. The purification box 43 and the water tank 449 circulate, the dust-containing gas will be moistened by the water, and the dust particles will flow to the top of the water filter grid 434 with the water and be stored in the filter frame 431. The atomization mechanism 435 can clean the box from the atomized air The water passing by 43 is partially atomized to increase the probability that the dust-containing gas is humidified by the water, thereby greatly improving the effect of air purification.
