CN111918710A - Wet dust collection air purification device with water particle collision and diffusion structure - Google Patents

Abstract

The present invention relates to a wet dust collecting air cleaning apparatus having a water particle collision diffusion structure, and more particularly, to a wet dust collecting air cleaning apparatus using a centrifugal force, which continuously scatters and diffuses inflow water particles, causes the scattered water to collide with a collision wall again to generate smaller water particles, fills the water particles into an inner space, contacts the inflow polluted air with the water particles, completes dust collection and cleaning after adsorbing pollutants, and finally discharges the air in a state of containing moisture, thereby easily adjusting humidity of a place of use. The device of the invention comprises: a passage part forming a passage area through which air can flow; a guide part having an air suction and exhaust fan; a water tank part for supplying and treating water; the water diffusion part is used for scattering and crushing the supplied water and filling the water into the passage area.

Description

Wet dust collection air purification device with water particle collision and diffusion structure

technical field

The invention relates to a wet dust collecting air purification device with a water particle collision and diffusion structure, in particular to a wet dust collecting air purification device utilizing centrifugal force, which continuously disperses and diffuses the inflowing water particles, The scattered water collides with the collision wall again to generate finer water particles, and then the water particles are filled into the passage area through which the polluted air passes, and the inflowing polluted air is brought into contact with the water particles. Dust collection and purification are completed after the pollutants are finished, and the final exhausted air can easily complete the functions of supplying moisture and adjusting humidity in a state of moisture.

Background technique

Generally speaking, the dry external air caused by heating or cooling can induce mucous membrane xerostomia, eye xerophthalmia, colds, asthma, rhinitis and other diseases. It can also lead to decreased immunity caused by metabolism and fine dust in the air. Raise the spread, which further leads to the spread of the virus.

In addition, fine dust, dust, various harmful gases, molds, viruses, etc. in the workplace such as factories are scattered in the air, and such pollution sources in the air are also one of the causes of various diseases.

At present, in order to solve the above-mentioned problems, it is also common to install various devices such as air purification devices and humidifiers at work sites or indoors.

On the other hand, the methods adopted by the current air purification devices are mainly mechanical and electrical dust collection methods, as well as hybrid methods. The mechanical method is to use inertial collision to adsorb the particles in the inflowing harmful substances to achieve purification.

The electrical dust collection method is a scientific research finding that anions are beneficial to the body. It is also one of the most commonly used methods recently. After the particles are charged, the pollutants can be removed on the dust collection board.

Finally, the hybrid method is a method of including all the above methods in the air purification device in order to utilize the advantages of the mechanical, electrical, photocatalytic, and gas adsorption methods.

However, in the above-mentioned existing air purification device, the mechanical pressure drop is too large, and the energy loss is serious; and the electrical dust collection method will generate a large amount of ozone that is harmful to the human body, so that such a danger may occur.

In addition, the hybrid method has all the advantages of various applicable devices, but on the contrary, it also has the disadvantages of all the above-mentioned devices, and also has problems that are difficult to solve; and the problem of increasing the size of the device is also one of the disadvantages.

In addition, although this type of air purification device has a certain positive effect in removing pollutants such as fine dust, it has certain limitations in satisfying the necessary elements of a comfortable environment, that is, in satisfying humidity conditions. .

In order to solve the above limitations, the principle of a humidifier is applied, and the device for imparting humidification conditions to the purified air is being widely used, but the large size and the existence of composite structures make it difficult to use in practice.

In addition, methods such as filter elements or electrical dust collection are based on a method of using drying, and an air purifying device using a sinking treatment method using water has been disclosed.

As mentioned above, the wet air purification device is to contact the inhaled air with water, and then deposit the pollution source in the water. It can also function as a humidifier with less noise, which has certain advantages.

However, the current wet air purification device in the prior art uses a sensor that senses the water level and operates in direct contact with the water, which may cause problems of poor operation due to scale.

In addition, when pumping water, it is difficult to ensure a certain amount of water. If the sprayed water and the inhaled polluted air are not in good contact, the problem of low efficiency will continue to occur.

SUMMARY OF THE INVENTION

(problem to be solved)

The purpose of the present invention is to solve the problem of the above-mentioned technology, and its purpose is to provide a wet dust-collecting air purification device with a water particle collision and diffusion structure, which uses centrifugal force to diffuse the inflowing water particles into the interior, so that the water is re-mixed with the water. The collision wall collides to generate finer water particles, and then the water particles are brought into contact with the polluted air, and the dust collection and purification are completed after adsorbing the pollutants, and the final exhausted air is easily supplied with moisture. Moisture and adjust the humidity of the place of use.

(the way to solve the problem)

In order to achieve the above-mentioned purpose, the wet dust collecting and air purifying device with a water particle collision and diffusion structure in the present invention includes: a passage part, which uses the collision wall to form a through passage area through which air can pass; a guide part , use the suction and exhaust fan to guide the flowing air of the polluted air containing external pollutants to the passage area; the water tank part supplies moisture to the passage area, and collects and treats the water that adsorbs pollutants in the passage area; the water diffusion part, The water supplied from the water tank is sprayed to the passage area by centrifugal force to form water particles, and the water particles collide with the collision wall to purify fine dust and fill the passage area with water particles and fine dust.

Furthermore, it is preferable that the passage portion includes a plurality of collision blocks which are formed to protrude from the inner peripheral surface of the collision wall toward the inner side of the passage area with a certain pitch.

In addition, the water diffusion part includes: a rotating water pipe shaft, through which the water supplied to the inside is discharged to the outside through the through hole through the water supply pipe connected to the water tank part, and rotated in the passage area of the passage part; The rotating water pipe shaft is fixed and rotated in an integrated manner, and at the same time, centrifugal force is used to spray and diffuse the discharged water through the through hole to the side of the collision wall.

Specifically, the diffusion cover wraps the rotating water pipe shaft, and further includes: a fixed main body; and a rotating fan blade, which is inclined and extended from the main body to the outside to form a cup-shaped structure.

In addition, in the device, preferably, the diffusion cover has an expansion space, that is, an area where a certain interval is formed between the inner peripheral surface of the main body and the axis of the rotating water pipe; The inclined inner peripheral surface of the rotating fan blade flows toward the side of the collision wall, thereby completing the treatment of being scattered by spraying.

And, the rotating fan blade includes: forming a protruding sawtooth protrusion along the outer edge region.

In addition, the water tank part includes: a main body water tank, which has an openable and closable water injection port and a drain port, and can be separated, disassembled and combined at the lower part of the passage part; The supply pipe supplies water.

The device is preferably a main body water tank, which includes: a treatment water tank area, in which the water particles or fine water particles dropped after absorbing pollutants are collected and processed in the passage area; the water supply tank area is connected to the water supply pipe; the treatment water tank The field and the supply tank field are separated from each other based on a filter element having a certain height.

In addition, the body water tank includes: a disinfection and heating part, which is equipped with any one or more structures of an electrical decomposition device, an ultraviolet lamp or an infrared lamp, and can sterilize and disinfect water; and has a heater, which can heat the water. effect.

In addition, according to different needs, the passage portion of the present invention may include a plurality of passage areas, which are connected to each other through connecting passages.

(invention effect)

The present invention as described above provides a wet dust-collecting air purification device with a water particle collision and diffusion structure, which uses centrifugal force to diffuse the inflowing water particles into the interior, so that the water collides with the collision wall again, thereby generating finer particles. Then the water particles are contacted with the polluted air, and the dust collection and purification are completed after adsorbing the pollutants, and the final exhausted air is in a state of moisture, which can easily complete the supply of moisture and adjust the humidity of the use site. Such a significant and efficient technical effect.

In addition, through the water diffusing part, the supplied water is collided repeatedly to make it into finer water particles, which increases the area in contact with the polluted air, thereby improving the purification efficiency. technical effect.

Description of drawings

FIG. 1 is a schematic diagram illustrating the general principle of the wet dust-collecting air purifying device having the structure of collision and diffusion of water particles according to the present invention.

FIG. 2 is a diagram illustrating an embodiment of the wet dust-collecting air purifying device with the collision and diffusion structure of water particles according to the present invention.

FIG. 3 is a diagram illustrating a passage portion applied to the wet dust collecting air purification apparatus having the water particle collision and diffusion structure according to the present invention.

FIG. 4 and FIG. 5 illustrate one embodiment of the diffusion cover applicable to the wet dust-collecting air purification device having the water particle collision diffusion structure according to the present invention, and the working state.

FIG. 6 is a diagram illustrating another embodiment of the wet dust-collecting air purification device with the water particle collision and diffusion structure of the present invention.

FIG. 7 is a diagram illustrating an action state of the diffusion cap applied in FIG. 6 .

8 and 9 are diagrams illustrating other embodiments of the wet dust-collecting air purification apparatus having the water particle collision diffusion structure in the present invention.

(Description of reference numerals)

100: Wet dust collection air purification device with water particle collision and diffusion structure

110: Access Department

111: Collision Wall

111a: Collision block

120: Guidance Department

121: Suction and exhaust fan

130: Sink part

131: Body water tank

132: Suction pump

140: Water Diffusion Section

141: Rotary water pipe shaft

141a: Through hole

142: Diffusion Cap

142a: Subject

142b: Rotating fan blades

P/A: polluted air

C/A: Purified air

D: pollutants

Detailed ways

Hereinafter, with reference to the accompanying drawings, the preferred embodiments of the wet dust-collecting air purifying device having the water particle collision and diffusion structure in the present invention will be described in detail.

And, when describing the present invention, the upper part or the upper part refers to the part with a certain height from the ground or refers to this direction, and the lower part or the lower part refers to the opposite part or refers to this direction; Be explained.

In addition, when describing the present invention, the related well-known functions or specific descriptions related to the configuration may obscure the gist of the present invention to a certain extent, and thus are omitted in order to prevent this from occurring.

As shown in FIG. 1 , the wet dust collecting and air purifying device 100 with the collision and diffusion structure of water particles in the present invention mainly includes: a passage part 110 ; a guide part 120 ; a water groove part 130 ; and water diffusion Section 140.

At this time, the passage portion 110 utilizes the structure of the collision wall 111 to form a passage area C, which has a tubular through structure through which air can pass.

Then, the guide unit 120 guides the flowing air of the polluted air P/A containing the pollutant D to the passage area C by the suction and exhaust fan 121 .

In addition, the water tank portion 130 supplies moisture into the passage area C through the water supply pipe 131 , and collects and treats the water that adsorbs the pollutant D in the passage area C in a concentrated manner.

In addition, the water diffusion unit 140 fills the passage area C with water particles, so that the pollutant D is absorbed. Specifically, the water W0 supplied from the water tank 130 is sprayed onto the passage area C by the rotational centrifugal force to form water particles W1; the water particles W1 collide with the collision wall 111 again to form finer fine water particles W2.

The inside of the passage region C is filled with the water particles W1 and the fine water particles W2 by the water diffusion part 140 as described above.

The wet dust collecting and air purifying device 100 of the present invention having the structure of collision and diffusion of water particles according to the present invention as described above, when carefully examining its working principle, it can be found that the water flows from the water tank portion 130 into the passage region C of the passage portion 110 . The water W0 is sprayed and scattered by the water diffusion part 140 by centrifugal force to form water particles W1; the scattered water particles W1 collide strongly with the collision wall 111 forming the passage area C again, thereby forming finer fine water particles w2.

As a result, the water W0 that has been repeatedly scattered many times forms finer water particles W1 and fine water particles W2, and both of them fill the passage area C; the polluted air P/A containing the pollutant D passes through the passage area C , the pollutant D is adsorbed into the water particles to complete dust collection, and finally falls into the water tank 130 located below to be processed.

In addition, the purified air C/A that is purified and exhausted to the outside of the air cleaning device 100 through the passage area C is characterized in that it is exhausted in a state containing moisture, so that the supply of moisture and the adjustment of the humidity of the use place can be easily completed.

In addition, the wet dust collecting air purification device 100 with the water particle collision and diffusion structure of the present invention also has suction and exhaust ports A1 and A2, which can allow the polluted air to enter and the purified air to be discharged.

Whether the air intake and exhaust ports A1 and A2 as described above take in air or discharge air differs depending on the influence of the rotation direction of the intake and exhaust fan 121 of the guide portion 120 . As shown in the figure, it can be known and confirmed that the polluted air is guided to the suction and exhaust port A1 and flows into the passage area C, and the pollutant D is adsorbed and removed in the passage area C, and then passes through the suction and discharge again. Port A2 is exhausted.

At this time, the intake and exhaust port A1 is formed in the upper portion of the passage portion 110 , and the intake and exhaust port A2 is formed in the lower portion of the passage portion 110 .

In addition, the suction and exhaust port A2 may be formed in the water tank portion 130 according to the embodiment, or may be formed on one side of the water tank portion 130 coupled to the passage portion 110 and communicated therewith.

Referring to the contents of FIG. 2 to FIG. 5 , another related embodiment of the wet dust-collecting air purification apparatus 100 with the collision and diffusion structure of water particles in the present invention will be described as follows.

As described above, the air purification device 100 in the present invention includes the passage part 110 and the guide part 120 , and the water tank part 130 and the water diffusion part 140 .

First of all, the passage part 110, as the name implies, is a structure constituting the external shape of the wet dust collecting air purification apparatus 100 with the collision and diffusion structure of water particles.

In addition, the following collision wall 111 itself also constitutes the main body of the passage part 110. According to different needs, as shown in FIG. 8 and FIG. contained inside to set its structure.

Referring again to FIG. 2, according to this specific embodiment, the intake and exhaust ports A1 into which the polluted air P/A flows are formed at the upper portion of the passage portion 110, and the intake and exhaust ports A2 through which the purified air C/A is discharged are formed in the same The channel portion 110 communicates with the upper side of the water tank portion 130 .

The above-mentioned suction and exhaust ports A1 and A2 can not only be opened and closed by other components, but also can be arranged together with the passage part 110 according to different needs, and can also be arranged in a structure separated from each other with a certain interval.

In addition, the air inflow and discharge positions of the air intake and exhaust ports A1 and A2 can also be selectively set according to different needs, the size of the overall air purification device 100 or the manufacturing process. It can meet the flow of normal guiding air, and the position and number are irrelevant.

In addition, the passage portion 110 forms a passage area C by the collision wall 111, and the air guided to the inside can flow there.

The collision wall 111 can be set in a quadrangular or polygonal shape according to different needs.

Although it is shown in the drawings that the collision wall 111 forms a vertical structure, and the passage area C communicates from the top to the bottom, the passage area C can be set from left to right, or from right to left, that is, according to different needs. Structures formed in one direction are all possible.

In addition, as shown in FIGS. 8 and 9 , a plurality of connected structures may be provided.

On the other hand, the collision wall 111 collides with the dispersed water particles W1 based on the water diffusing portion 140 described below, thereby generating finer fine water particles W2, and mainly performs the function of further miniaturizing the water particles.

For this reason, the collision wall 111 preferably protrudes from its inner peripheral surface to form mutually different shapes and angles, and forms a stepped structure as a whole.

As a result, by centrifugal force, the water droplets W1 dispersed by the water diffuser 140 collide with the stepped block structure to form finer water particles. The pollutants in the polluted air are adsorbed, which improves the adsorption efficiency, thereby greatly improving the efficiency of dust collection and treatment.

According to needs, in order to improve the water particle miniaturization efficiency, a plurality of protruding convex structures may be provided on the inner peripheral surface of the collision wall 111 .

Referring to FIG. 3 , the passage portion 110 using the collision wall 111 suitable for one embodiment can form a through tubular shape, and a plurality of collision blocks 111 a are provided on the inner peripheral surface, which form a certain interval along the inner direction of the passage area C raised structure.

At this time, the collision block 111a is formed in an elongated shape protruding from the upper part to the lower part by a certain length, but it is not limited to this. The collided water particles W1 continue to be scattered and split, as long as the fine water particles W2 can be generated, even if it is Any other form is also possible.

Next, the guide portion 120 is configured to suck in the polluted air containing the external pollutants D as described above and guide the flow of the air in the passage area C. For this purpose, an intake and exhaust fan 121 may be provided on one side of the passage area C.

As shown in FIG. 1 and FIG. 2 , although the drawings show that the suction and exhaust fan 121 is arranged in the upper part of the passage area C to guide the air to flow from the upper to the lower, according to different needs, it can also be 6, the suction and exhaust fans 121 can be arranged in the lower part of the passage area C, or a plurality of them can be arranged in the passage area C according to the needs of different air flows.

In addition, depending on the positions of the intake and exhaust ports A1 for sucking polluted air and the intake and exhaust ports A2 for discharging purified air, the intake and exhaust fans 121 can be installed in the lower part of the passage area C to guide the air to flow from below to above.

In addition, the suction and exhaust fan 121 may be arranged to be operated by another motor, or may be formed into an integrally-molded structure with the rotating water pipe shaft 141 of the water diffuser 140 described below to rotate together.

Next, the water tank portion 130 is configured to supply water into the passage region C of the passage portion 110 , or to collect the water after the adsorption treatment of the pollutant D in the passage region C, and then process it.

2 again, the water tank portion 130 has an openable and closable water filling port 131a and a drain port 131b, and a detachable, detachable and combined main body water tank 131 is provided at the lower portion of the passage portion 110 .

Preferably, the water injection port 131a is provided in the upper portion of the water tank portion 130, and the drain port 131b is preferably formed to penetrate through the bottom surface of the lower portion. The bottom surface of the water tank portion 130 has an inclined surface structure inclined to the side of the drain port 131b, so that the water can be drained more easily.

In addition, the water tank portion 130 can be provided with support feet 131c at the lower portion as required, and the length of the support feet can be adjusted as required.

In addition, one side of the body water tank 131 also includes a water level sensing sensor 138. When the stored water is insufficient and the water level is below the sensing line, water will be automatically supplied from the outside, or the entire air purification device 100 can be operated as required. stop.

In addition, the main body water tank 131 is also formed with a through drain port 137 on the upper side, so that the excess water in the water tank can be discharged to the outside.

In addition, a suction pump 132 for supplying water to the connecting water supply pipe 131 is provided on one side of the main body water tank 131 , which mainly supplies the water in the main body water tank 131 into the passage area C of the passage part 110 .

At this time, the suction pump 132 is provided outside the water tank, communicated with the water supply pipe 131 immersed in the water tank to convey water, or may be installed in a state of being immersed in water as required.

Based on the structure of the water tank portion 130 as described above, according to the set operation mode, when the suction pump 132 is running, the water supply pipe 131 sends water into the main body tank 131 and the passage area C of the passage portion 110 sends water.

Preferably, the position of the water supply pipe 131 is set so that water can be sent to the inside of the rotating pipe shaft 141 of the water diffuser 140 described later.

The supplied water becomes fine water particles W1 by the action of the water diffusing part 140 described below, collides with the collision wall 111 and becomes even smaller fine water particles W2, and is filled and diffused into the inside of the passage area C, thereby The pollutant D in the polluted air is adsorbed to complete the dust collection treatment.

Then, the water particles W1 and the fine water particles W2 that adsorb the pollutant D fall downward, fall into the main body tank 131 of the water tank 130 again, and are collected.

In addition, the main body tank 131 further includes a treatment water tank area for collecting water particles W1 and fine water particles W2 dropped after the pollutant D absorption treatment in the passage area C, and a supply water tank area in which a suction pump 132 is installed.

According to different needs, the above-mentioned treatment water tank area and supply water tank area can be completely separated based on the partition wall and each hold different water structures, or can be configured to communicate with each other and the water can flow freely in the structure.

Referring to the content shown in FIG. 2 again, it can be known that the treatment water tank area and the supply water tank area of the main body water tank 131 are connected to each other, and the water can flow freely. At this time, the filter element 134 is used to form a partition between the treatment water tank area and the supply water tank area, so that the pollutants D falling into the main water tank 131 of the water tank section 130 after adsorption and dust collection are completed cannot move to the supply water tank area.

In addition, the main body water tank 131 also includes: a disinfection and heating part 133, which has any one or more structures of an electrical decomposition device, an ultraviolet lamp or an infrared lamp, and can sterilize and disinfect water; or has a heater, which can Has heating effect on water.

Ultraviolet lamps have a 99.9% germicidal effect and can help produce clean water, and infrared lamps can help achieve germicidal as well as gentle humidification.

In addition, after the ultraviolet lamp or the electrical decomposition device stops functioning as the air purifier 100 , it is possible to dry and remove the moisture inside the water tank portion 130 and the inside of the passage portion 110 , resulting in such an effect.

Then, after the heater heats the water, the exhausted purified air C/A is exhausted as warm air containing moisture.

Next, referring again to FIGS. 2 , 4 and 5 , the following description will be given of the water diffusing portion 140 to which the present invention is applied.

As described above, the water diffusing part 140 is provided in the passage area C of the passage part 110, and the water supplied from the water tank part 130 along the water supply pipe 131 is sprayed and scattered onto the passage area C by centrifugal force, thereby forming water particles W1; the water particles W1 collide with the collision wall 111 of the passage portion 110 to form fine water particles W2, and finally the water particles W1 and the fine water particles W2 are filled into the passage region C.

In order to achieve the above purpose, a specific description will be given with reference to FIG. 4 . The water diffusing part 140 has a rotating water pipe shaft 141 that is rotated by a motor in the passage area C of the passage part 110 , and is supplied with water from the inside through the water supply pipe 131 connected to the water tank part 130 , and the through hole 141 a Water is discharged to the outside.

According to different needs, the rotating water pipe shaft 141 may be provided with a support table 143 supported on the bottom of the water tank portion 130 , and the upper portion of the support table 143 may also be supported for rotation.

Such a support stand 143 may be constituted by another member, or may be supported on the side of the upper plate constituting the water tank portion 130 .

In addition, the water diffuser 140 is further provided with a diffuser cover 142 which is integrally fixed to the rotating water pipe shaft 141 and rotates together, and through the centrifugal action on the passage area C, the water discharged through the through hole 141a collides with the wall 111 One side spray spread.

Specifically, the diffusion cover 142 wraps the rotating water pipe shaft 141, and further includes: a fixed main body 142a; and a rotating fan blade 142b, which is inclined outward from the main body 142a and elongated to form a cup shape.

In addition, the diffusion cover 142 has an expansion space a, that is, an area where a certain interval is formed between one inner peripheral surface of the main body 142a and the rotating water pipe shaft 141 .

5, the water discharged through the through hole 141a of the rotating water pipe shaft 141 is stored in the expansion space a, and flows along the inclined inner peripheral surface of the rotating fan blade 142b by the action of centrifugal force, toward the collision wall 111 side was broken up by collision.

In addition, according to different needs, the rotating fan blade 142b can be provided with a protruding sawtooth protrusion 142b-1 structure along the outer edge area, so that the guided water particles can be blocked, which can ensure that the water particles can be better dispersed and dispersed. spray.

According to the structure of the water diffuser 140 as described above, the water W0 supplied to the rotating water pipe shaft 141 is discharged to the outside along the through-hole 141 a due to the rotation, accumulates in the expansion space a of the diffuser cover 142 , and is regenerated by centrifugal force. It moves along the inclined inner peripheral surface of the rotating fan blade 142b that is inclined upward, is blocked by the sawtooth protrusion 142b-1, is scattered and sprayed again, and collides with the collision wall 111 and the collision block 111a that form the passage area C, It is further broken up into fine particles.

Then, the water particles W1 and the fine water particles W2 are filled into the passage region C and adsorbed to the pollutants D in the passing polluted air P/A, thereby completing the dust collection process.

Then, after the pollutant D is adsorbed, the water particles W1 and the fine water particles W2 that have increased in weight aggregate and drop downward, fall into the treatment water tank area of the water tank section 130 again, and gather together.

As described above, in the wet dust-collecting air purifier 100 having the structure of collision and diffusion of water particles in the present invention, the water diffusion part 140 flows from the water tank part 130 into the passage area C of the passage part 110 using centrifugal force. The water W0 is sprayed and scattered until the collision wall makes it violently collide, and after it is scattered again, it becomes fine water particles W2.

As a result, the passage area C will be filled with water particles W1 and fine water particles W2, and the polluted air including the pollutant D will be adsorbed into the water particles through the passage area C, and the dust collection and purification process will be completed. .

In addition, when the purified air C/A discharged to the outside of the air purification device 100 after passing through the passage area C is rich in moisture, the humidity of the place of use can be easily adjusted, and it can also be adjusted according to different selections and needs. Use warm moisture to adjust the temperature of the air.

In addition, according to an embodiment shown in FIG. 2 , the drawing shows that the rotating fan blades 142b in the diffusion cover 142 present a cup-like shape structure extending upward, while FIG. 6 shows that the diffusion cover 142 can be The inverted cup shape is combined with the structure of the rotating water pipe shaft 141 .

6 and 7, the diffusion cover 142 wraps the rotating water pipe shaft 141, and further includes: a fixed main body 142a; The water discharged from the hole 141a continues to flow.

Based on the structure of the water diffuser 140 as described above, the water W0 supplied to the rotating water pipe shaft 141 is sprayed and discharged to the outside along the through hole 141a by rotating, and the unsprayed water is shown in FIG. The main body 142a of the diffusion cover 142 flows and is guided to the rotating blades 142b, and then collides with the collision wall 111 and the collision block 111a by centrifugal force, and becomes finer particles.

Therefore, the supplied water W0 becomes water particles W1 due to centrifugal force, and after the water particles collide with the collision wall 111 again, they become finer fine water particles W2; the two types of water particles as described above are filled into the passages Inside the area C, after the pollutant D in the passing polluted air P/A is adsorbed, the dust collection treatment is completed.

In addition, in the above-mentioned other embodiment and other embodiments of the present invention, the passage area C provided on the passage portion 110 is of a single structure, and the polluted air flowing into the single passage area passes through the single passage area and water particles, etc. material contact. However, according to the contents shown in FIG. 8 and FIG. 9 , the passage area C of the passage part 110 may be provided in a plurality as required.

Therefore, the air purification capacity of the wet dust-collecting air purification device 100 can be increased in this way. According to different needs, the pollutants D in the polluted air can be passed through a plurality of interconnected passage areas C to complete the complete dust collection treatment. Therefore, it can have the technical effect of improving the purification efficiency.

Referring to another embodiment in FIG. 8 , the present invention has a wet dust-collecting air purification device 100 with a water particle collision structure, and a single passage portion 110 can use the collision wall 111 to form a plurality of communicating passage areas C, C1, Structure of C2, C3.

At this time, a plurality of communicating passage areas C are communicated with each other through the communicating pipeline 114. For example, the above-mentioned communicating pipeline 114 can be used in various embodiments after changing its position according to different needs. Of course, due to the connection It will be apparent that the flow of incoming air will vary depending on the location of the conduit 114 .

In addition, preferably, a guide portion 120 can be provided in one passage region C, which is provided with an air intake and exhaust fan 121, respectively, and a water diffusion portion 140 is provided respectively.

From the content of the illustrated embodiment, it can be known that the polluted air P/A flowing into the side of the suction and exhaust port A1 is purified through the first connection passage C1, and flows into the second connection passage C2 with the flow of air, and again After being purified, the final purification is completed through the third inflow passage C3, and then the purified air C/A is discharged through the intake and exhaust port A2.

The air intake and exhaust fan 121 constituted by the guide parts 120 respectively provided in the connecting passage can be positioned at the upper part or the lower part according to the needs, and guide the flow of air according to the respective rotation directions.

As described above in the embodiment in FIG. 8 , the wet dust-collecting air purification device 100 with the water particle collision structure in the present invention has a more efficient dust-collecting effect.

In addition, referring to the content of another embodiment shown in FIG. 9 , in the present invention, the wet dust-collecting air purification device 100 with a water particle collision structure has a single passage portion 110 that uses collision walls 111 to form a plurality of interconnected passages Zones C, C1, C2, C3.

At this time, a plurality of interconnected passage areas C are communicated with each other through the communication line 114, and the passage areas C1, C2, and C3 respectively have an intake and exhaust port A1 into which air flows; and an intake and exhaust port through which the purified air is discharged. A2.

In addition, the suction and exhaust fan 121 of the guide part 120 can be arranged at the upper or lower part, and after inhaling the externally polluted air P/A, the dust collection treatment of the corresponding pollutants is performed, and then the purified air C/A is passed through the discharge port 113. discharged to the outside.

As described above, the embodiment in FIG. 9 is related to the wet dust-collecting air purification device 100 in the present invention with a water particle collision structure, which can process a larger amount of polluted air P/A, so that it can be used in factories or larger spaces. It can improve the effect of dust collection and treatment more efficiently.

The above content clarifies the four core technologies of the present invention. For those of ordinary skill with ordinary technical knowledge in the field of the invention, various substitutions and deformations or other deformations can be carried out within the scope of not departing from the core technical idea of the invention. It is not limited to the specific embodiments described above and the contents shown in the following figures.

Claims (10)

1. A wet dust-collecting air purification device with a water particle collision diffusion structure is characterized in that, comprising: The passage part (110) uses the collision wall (111) to form a passage area (C) through which air can pass through; a guide part (120) for guiding the air of polluted air (P/A) containing external pollutants (D) to the passage area (C) by means of a suction and exhaust fan (121); a water tank part (130), which supplies water into the passage area (C), and collects and treats the water that has absorbed the pollutants (D) in the passage area (C); The water diffusion part (140), in the water tank part (130), uses centrifugal force to disperse the supplied water (W0) on the passage area (C) to form water particles (W1), and then the water particles (W1) are smashed Disperse and collide with the collision wall (111) to form fine water particles (W2), and finally fill the inside of the passage area (C) with the water particles (W1) and the fine water particles (W2). 2. The wet dust collecting air purification device with a water particle collision and diffusion structure according to claim 1, wherein the passage part (110) comprises: A plurality of collision blocks ( 111 a ) are formed on the inner peripheral surface of the collision wall ( 111 ) to protrude inwardly of the passage region (C) with a certain interval. 3. The wet dust collecting air purification device with a water particle collision diffusion structure according to claim 1, wherein the water diffusion part (140) comprises: The water pipe shaft (141) is rotated, and the water supplied to the inside is discharged to the outside through the through hole (141a) through the water supply pipe (131) connected to the water tank part (130), and the water is discharged in the passage part (110). ) in the passage area (C) of the rotation; The diffusion cover (142) is fixed and rotated on the rotating water pipe shaft (141) in an integral manner, and meanwhile, centrifugal force is used to spray and diffuse the discharged water through the through hole (141a) to the collision wall (111) ) side. 4. The wet dust-collecting and air-purifying device with a collision-diffusion structure for water particles according to claim 3, characterized in that: The diffusion cover (142) wraps the rotating water pipe shaft (141), and further includes: a fixed body (142a); and The rotating fan blade (142b) is inclined and extended outward from the main body (142a) to form a cup-shaped structure. 5. The wet dust collecting and air purifying device with a water particle collision diffusion structure according to claim 4, characterized in that: The diffusion cover (142) has an expansion space (a), that is, an area where a certain interval is formed between one inner peripheral surface of the main body (142a) and the rotating water pipe shaft (141); The water discharged through the through hole (141a) is stored in the expansion space (a), and flows along the inclined inner peripheral surface of the rotating fan blade (142b) to the side of the collision wall (111) by the action of centrifugal force, thereby completing the Dispersed by spraying. 6. The wet dust-collecting air purification device with a water particle collision and diffusion structure according to claim 4 or claim 5, characterized in that: The rotating fan blade (142b) includes: a protruding sawtooth protrusion (142b-1) structure is formed along the outer edge region. 7. The wet dust collecting air purification device with a water particle collision diffusion structure according to claim 1, wherein the water groove portion (130) comprises: a body water tank (131), which has an openable and closable water filling port (131a) and a drain port (131b), and is detachable and detachable and combined at the lower part of the passage part (110); and The suction pump (132) is provided on one side of the main body water tank (131), and supplies water to the connection water supply pipe (131). 8. The wet dust-collecting air purification device with a collision-diffusion structure for water particles according to claim 7, characterized in that: The main body water tank (131) has: a treatment water tank area, in the passage area (C), the water particles (W1) or fine water particles (W2) dropped after adsorbing the pollutants (D) are collected and processed; The water tank field is connected and communicated with the water supply pipe (131); The treatment water tank area and the supply water tank area are separated from each other based on a filter element (134) having a certain height. 9. The wet dust collecting air purification device with a water particle collision diffusion structure according to claim 7, wherein the main body water tank (131) comprises: The disinfection and heating component (133) is provided with any one or more structures of an electrical decomposition device, an ultraviolet lamp or an infrared lamp, and can sterilize and disinfect water; and has a heater, which can heat the water. 10 . The wet dust-collecting air purification device with a collision-diffusion structure for water particles according to claim 1 , wherein: 10 . The passage portion (110) includes a plurality of passage regions (C), which are connected and communicated with each other through connecting passages (114).

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