CN105537203B - Wind-power integrated dust collector suction nozzle and dust collecting equipment thereof - Google Patents

Abstract

The invention discloses a suction nozzle of a wind power fusion dust collector and its dust collection equipment. The invention has a compact structure and a reasonable layout, can clean the dust on the communication equipment of a large data center, and can eliminate the static electricity generated by the communication equipment. The dust removal work is carried out when the equipment is charged, which has wide applicability and can also avoid the secondary pollution of communication equipment by the dust that is raised. The dust collection equipment adopts the combination of separator and intelligent spray mechanism to muddy the collected dust to achieve efficient dust removal effect. The power supply device of the dust collection equipment can be used as the power supply of the vacuum cleaner nozzle, which can make reasonable use of dust collection. The power source of the device is more convenient to use.

Description

A wind power fusion dust collector suction nozzle and its dust collection equipment

technical field

The invention relates to the technical field of dust removal for communication equipment, in particular to a suction nozzle of a wind power fusion dust collector and dust collection equipment thereof.

Background technique

The network equipment in the information and communication data room needs to work continuously for 24 hours. Over time, a lot of dust will fall into the outside and inside of the equipment. Most of this dust enters the equipment through windows or door cracks. Small and difficult to remove. According to the existing dust removal method, the equipment must be powered off first, and then the internal boards should be pulled out, so that cleaning can be carried out. However, since the communication equipment cannot be powered off at will, the communication equipment cannot be dedusted at any time, and if it is not handled properly, the dust will cause secondary pollution to the equipment.

By analyzing the failure data of relevant network communication equipment stored in the information and communication data center, we found that most of the failures are related to the accumulation of dust. The ability is greatly reduced, causing the temperature of the chip of the component to be too high, which affects the working efficiency of the chip; when dust falls into the pins of the electronic component, it will directly cause a short circuit on the circuit board under certain conditions; when the dust accumulates a lot, the circuit board The insulation performance between the chip pins and the integrated electronic circuit will decrease accordingly. At this time, if the ambient humidity of the device is less than 15%-20%, the electrostatic induction voltage on the device will increase; if it exceeds the insulation strength between the data panel circuits, Communication equipment will cause instantaneous short circuit, downtime and equipment restart and other faults; when a large amount of dust is adsorbed on the fiber optic module port, it will seriously increase the attenuation of the optical fiber, and data errors and downtime failures will occur.

At present, there is still a blank in the market for dust collector nozzles for network equipment in information and communication data computer rooms. There are five main types on the market: floor brush type, round brush type, flat suction type, mite removal brush type and rolling brush type. However, These suction nozzles have their own functions and are distributed in different aspects. They are basically used for dust removal in households and unit rooms. When removing dust from computer equipment, network storage equipment, network communication equipment, cabinets and other facilities, it seems stretched. It is very suitable for the dust removal work of communication equipment. The suction nozzles of these dust collectors cannot penetrate into the cabinet well; some suction nozzles are small, and the efficiency is low when cleaning a large area of dust; communication equipment generally works for a long time, and the static electricity generated will also affect the dust. inhale. In addition, the diameter of the dust particles falling on the information equipment is smaller than that of ordinary ground dust particles. The suction nozzle cannot suck the dust cleanly at the same time, and the dust will cause secondary pollution to the equipment instead.

Contents of the invention

The purpose of the present invention is to overcome the deficiencies of the prior art, and design a wind-power fusion dust collector nozzle and its dust collection equipment, which solves the problem that the dust of the communication equipment cannot be sucked cleanly, and the dust raised during the dust collection process will cause secondary pollution. The problem of contaminating communication equipment.

In order to achieve the above object, the technical scheme adopted in the present invention is:

A suction nozzle for a wind power fusion dust collector, including a top cover, a bottom case and a roller brush assembly. The top cover and the bottom case are fastened together to form a suction nozzle shell. The front end of the bottom case is provided with a nozzle mouth communicating with the inner cavity of the nozzle casing, the left and right ends of the roller brush assembly are fixed in the slot, and the cavity between the lower end of the roller brush assembly and the bottom case is The dust collection channel, the roller brush assembly includes a brush dust removal mechanism, an electrostatic dust removal mechanism, and a roller brush motor. The brush dust removal mechanism is connected to the electrostatic dust removal mechanism, and the electrostatic dust removal mechanism is connected to the roller brush motor. The brush dust removal mechanism is fixed on the upper end of the suction nozzle mouth, the electrostatic dust removal mechanism is fixed on the upper left of the brush dust removal mechanism and is in the middle of the top of the suction nozzle shell, and the roller brush motor is fixed on the lower left of the electrostatic dust removal mechanism.

Further, the brush dust removal mechanism includes a brush roller shaft, a brush roller shaft bearing, a brush roller shaft fixing device, a hair brush, and a brush dust scraper, and one side of the brush roller shaft is connected to the brush roller A brush roller shaft gear is arranged between the shaft bearings, and the left and right ends of the brush roller shaft are fixedly connected to the brush roller shaft fixing device respectively through the brush roller shaft bearing, and the brush roller shaft fixing device is fixed in the card groove, and the brush roller shaft fixing device A spiral brush is implanted around the brush roller shaft; one end of the brush dust scraper is fixed on the nozzle shell at the upper left of the brush roller shaft, and the other end is placed in the brush directly above the brush roller shaft ; The nozzle opening includes a first nozzle opening and a second nozzle opening, and the brush roller shaft is arranged above the second nozzle opening.

Further, the electrostatic dust removal mechanism includes an electrostatic roller shaft, an electrostatic roller shaft bearing, an electrostatic roller shaft fixing device, and an electrostatic conductive device, and an electrostatic roller shaft gear is arranged between one side of the electrostatic roller shaft and the electrostatic roller shaft bearing, The gear of the brush roller shaft and the gear of the electrostatic roller shaft mesh with each other, and the gear of the electrostatic roller shaft and the gear of the rolling brush motor mesh with each other; The shaft fixing device is fixed in the slot, and the electrostatic conductive device is fixed on the wall of the slot.

Further, the electrostatic conductive device includes a coil fixing device, a conductive coil, and a conductive sheet, the coil fixing device is fixed on the wall of the slot, the conductive coil is fixed on the coil fixing device, and the conductive coil is provided with a conductive coil protrusion, The two ends of the conductive sheet are respectively connected with the electrostatic roller shaft and the electrostatic roller shaft gear.

Further, it also includes a rotating brush motor speed controller and a static elimination device, the rolling brush motor speed controller is fixed at one end of the rolling brush motor, and the static elimination device is fixed on the inner shell wall at the front end of the suction nozzle shell.

Further, it also includes an electrostatic dust scraper, a dust baffle, and a roller. One end of the electrostatic dust scraper is fixed on the suction nozzle shell, and the other end is in contact with the electrostatic dust removal mechanism; the dust baffle is arranged on the left side of the suction nozzle mouth On the bottom case, the roller is embedded in the middle of the bottom case.

A dust collection device including a suction nozzle of a wind power fusion dust collector, including a housing, a dust collection device, a dust inlet, a suction nozzle, a dust collection mechanism, a dust concentration sensor, an intelligent control circuit panel, a spray mechanism, and a water tank. The lower end of the body is provided with a dust collection device, and the top is provided with a liquid crystal display, an intelligent control button, and a power control switch. The dust collection mechanism includes a dust collection motor and a separator, and the dust collection motor is electrically connected to the separator. The dust outlet channel is connected, and the other end is connected with the dust inlet. The dust inlet is connected with the suction nozzle through a hose. The upper end of the dust inlet is provided with a dust concentration sensor, which is electrically connected with the intelligent control circuit panel. The shower mechanism is electrically connected, the spray mechanism is connected with the water tank through a water pipe, the water tank is fixed on the right middle part of the housing, and the upper end of the water tank is fixed with a power supply device.

Further, the spraying mechanism includes a spraying intelligent controller and a water nozzle, the spraying intelligent controller is electrically connected to the intelligent control circuit panel, the spraying intelligent controller is electrically connected to the water nozzle, and the water nozzle is connected to the water pipe, The water nozzle is arranged at the middle and lower part of the dust outlet channel.

Further, the right side of the water tank is provided with a water injection port, a water injection device button and a water tank scale.

Further, it also includes a handle and a universal wheel, the handle is arranged on the top of the casing, and the universal wheel is arranged on the bottom of the casing.

Positive beneficial effect of the present invention:

1. This method has a compact structure and a reasonable layout. It can clean the dust on communication equipment in large data centers. It has wide applicability and can avoid secondary pollution of communication equipment by dust.

2. The static elimination device can eliminate the static electricity generated by the communication equipment, so that the suction nozzle of the dust collector will not be affected by the electrification of the communication equipment and the cabinet, and the dust removal work can be carried out when the equipment is electrified.

3. The dust collection equipment adopts the combination of separator and intelligent spraying mechanism to muddy the collected dust to achieve the effect of efficient dust removal and efficient use of water resources.

4. The power supply device of the dust collection equipment can be used as the power source of the vacuum cleaner nozzle, and as the power source of the vacuum cleaner nozzle, it can make reasonable use of the power resource of the dust collection equipment and is more convenient to use.

Description of drawings

Fig. 1 is the structural representation of the suction nozzle of the wind power fusion dust collector of the present invention

Figure 2 is a schematic diagram of the top view of Figure 1

Figure 3 is a side view of the electrostatic conductive device

Fig. 4 is the structural representation of dust collecting equipment of the present invention

Fig. 5 is a top view structural schematic diagram of Fig. 4

The specific meanings of the labels in the figure are: 1 is the nozzle shell, 1-1 is the top cover, 1-2 is the bottom shell, 2 is the roller brush assembly, 3 is the nozzle mouth, 3-1 is the first nozzle mouth, 3-2 is the second suction nozzle, 4 is the card slot, 5 is the dust collection channel, 6 is the brush dust removal mechanism, 6-1 is the brush roller shaft, 6-2 is the brush roller shaft bearing, 6-3 6-4 is a brush roller shaft fixing device, 6-4 is a hair brush, 6-5 is a brush dust scraper, 6-6 is a brush roller shaft gear, 7 is an electrostatic dust removal mechanism, 7-1 is an electrostatic roller shaft, 7 -2 is the electrostatic roller bearing, 7-3 is the electrostatic roller fixing device, 7-4 is the electrostatic conductive device, 7-5 is the electrostatic roller gear, 8 is the roller brush motor, 8-1 is the roller brush gear, 8 -2 Rolling brush motor speed controller, 9 is static elimination device, 10 is coil fixing device, 11 is conductive coil, 12 is conductive sheet, 13 is conductive coil protrusion, 14 is shell, 15 is dust inlet, 16 is Dust collection device, 17 is a dust collection mechanism, 17-1 is a dust collection motor, 17-2 is a separator, 18 is a dust concentration sensor, 19 is an intelligent control circuit panel, 20 is a spray mechanism, 20-1 is a spray Intelligent controller, 20-2 is a water nozzle, 21 is a water tank, 21-1 is a water injection port, 21-2 is a water injection device button, 21-3 is a water tank scale, 22 is a liquid crystal display screen, 23 is an intelligent control button, 24 25 is the dust outlet channel, 26 is the hose, 27 is the water pipe, 28 is the power supply device, 29 is the electrostatic dust scraper, 30 is the dust baffle, 31 is the roller, 32 is the handle, 33 is the ten thousand to the wheel.

detailed description

Specific embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.

Embodiment 1, referring to Figures 1-5, the wind power fusion dust collector suction nozzle of the present invention includes a top cover 1-1, a bottom case 1-2 and a roller brush assembly 2, the top cover 1-1 and bottom case 1- 2 are snapped together to form a nozzle housing 1, the front end of the bottom housing 1-2 is provided with a nozzle mouth 3 communicating with the inner cavity of the nozzle housing 1, and the inside of the shell wall at both ends of the nozzle housing 1 is provided with a card. Groove 4, the left and right ends of the roller brush assembly 2 are fixed in the card groove 4, the cavity between the lower end of the roller brush assembly 2 and the bottom shell 1-2 is a dust collection channel 5, and the roller brush assembly 2 includes a brush Dust removal mechanism 6, electrostatic dust removal mechanism 7, roller brush motor 8, transmission connection between the brush dust removal mechanism 6 and the electrostatic dust removal mechanism 7, transmission connection between the electrostatic dust removal mechanism 7 and the roller brush motor 8, brush dust removal Mechanism 6 is fixed on the upper end of suction nozzle mouth 3, electrostatic dust removal mechanism 7 is fixed on the upper left of brush dust removal mechanism 6 and is in the position of the top middle of suction nozzle housing 1, and roller brush motor 8 is fixed on the lower left of electrostatic dust removal mechanism 7. A static elimination device 9 is fixed on the inner shell wall at the front end of the suction nozzle housing 1. The static elimination device 9 can eliminate the static electricity generated by the communication equipment, so that the suction nozzle of the dust collector is not affected by the electrification of the communication equipment and the cabinet, and can be used when the equipment is electrified. Do dust removal work.

The brush dedusting mechanism 6 comprises a brush roller shaft 6-1, a hair brush roller shaft bearing 6-2, a hair brush roller shaft fixing device 6-3, a hair brush 6-4, and a hair brush dust scraper 6-5. The nozzle mouth 3 includes a first nozzle mouth 3-1 and a second nozzle mouth 3-2, the brush roller shaft 6-1 is arranged above the second nozzle mouth 3-2, and the brush roller shaft 6-1 A brush roller shaft gear 6-6 is arranged between one side of the brush roller shaft bearing 6-2, and the left and right ends of the brush roller shaft 6-1 pass through the brush roller shaft bearing 6-2 and the brush roller shaft respectively. The shaft fixing device 6-3 is fixedly connected, the brush roller shaft fixing device 6-3 is fixed in the draw-in groove 4, and the whole body of the brush roller shaft 6-1 is implanted with a helical plastic coarse brush and a fine brush 6-4, and the hair The brush 6-4 protrudes 1-2mm at the second suction nozzle opening 3-2. According to the effect of the suction force of the tuyere of the dust collection channel on the brush roller shaft 6-1, the suction force is strong in the middle and weak at both ends. Both ends are implanted in the brush roller shaft 6-1 toward the middle, and the dust swept by the brush 6-4 moves closer to the middle under the suction of the dust collection channel 5 when the brush roller shaft 6-1 is rolling. Finally, it enters the dust collection channel 5 and is sent to the dust collection equipment; one end of the brush dust scraper 6-5 is fixed on the nozzle housing 1 at the upper left of the brush roller shaft 6-1, and the other end is placed on the brush roller shaft In the brush 6-4 directly above 6-1, there is a certain distance from the brush roller shaft 6-1, the brush dust scraper 6-5 is arc-shaped, and the dust brought up by the brush roller shaft 6-1 rolls Dust can be scraped off from the hairbrush 6-4 by the hairbrush dust scraper 6-5, avoiding that the hairbrush 6-4 rolls and takes the dust out of the suction nozzle of the dust collector, causing secondary pollution.

The electrostatic dust removal mechanism 7 includes an electrostatic roller shaft 7-1, an electrostatic roller shaft bearing 7-2, an electrostatic roller shaft fixing device 7-3, and an electrostatic conductive device 7-4. One side of the electrostatic roller shaft 7-1 is connected to An electrostatic roller gear 7-5 is arranged between the electrostatic roller bearings 7-2, the brush roller gear 6-6 meshes with the electrostatic roller gear 7-5, and the electrostatic roller gear 7-5 and the roller brush motor 8 The gears 8-1 mesh with each other; the left and right ends of the electrostatic roller shaft 7-1 are fixedly connected with the electrostatic roller shaft fixing device 7-3 through the electrostatic roller shaft bearing 7-2, and the electrostatic roller shaft fixing device 7-3 is fixed on the card In the slot 4, the electrostatic conductive device 7-4 is fixed on the wall of the card slot 4.

The electrostatic conductive device 7-4 includes a coil fixing device 10, a conductive coil 11, and a conductive sheet 12. The coil fixing device 10 is fixed on the wall of the slot 4, and the conductive coil 11 is fixed on the coil fixing device 10. The conductive coil 11 A conductive coil protrusion 13 is arranged on it, and the two ends of the conductive sheet 12 are respectively connected with the electrostatic roller shaft 7-1 and the electrostatic roller shaft gear 7-5. When the conductive sheet 12 touches the conductive coil protrusion 13, the static roller 7-1 generates static electricity and picks up the dust particles, and the conductive sheet 12 rotates with the rotation of the electrostatic roller gear 7-5. When the conductive sheet When 12 is separated from the conductive coil protrusion 13, the electrostatic roller 7-1 loses the electrostatic effect, and the dust particles are sucked into the dust collection device under the triple action of the electrostatic roller 7-1's rotational inertia, gravity and the suction of the dust collection channel In the dust inlet 15.

Rolling brush motor 8 is fixed on the left bottom of electrostatic precipitator 7, and one end of rolling brush motor 8 is fixed with rolling brush gear 8-1, and the other end installs rolling brush motor speed controller 8-2 additionally. In the case of electrification, the roller brush gear 8-1 drives the electrostatic roller shaft 7-1 and the brush roller shaft 6-1 to roll for dust removal, and the roller brush motor speed controller 8-2 can automatically adjust the speed of the motor 8 according to the dust concentration , to achieve the effect of efficient dust removal.

The wind power fusion dust collection device of the present invention includes a housing 14, a dust collection device 16, a dust inlet 15, a suction nozzle, a dust collection mechanism 17, a dust concentration sensor 18, an intelligent control circuit panel 19, a spray mechanism 20, and a water tank 21, The lower end of the housing 14 is provided with a dust collection device 16, and the top is provided with a liquid crystal display 22, an intelligent control button 23, and a power control switch 24. The dust collection mechanism 17 includes a dust collection motor 17-1, a separator 17- 2. The dust collection motor 17-1 is electrically connected to the separator 17-2. One end of the separator 17-2 is connected to the dust outlet channel 25, and the other end is connected to the dust inlet 15. The dust inlet 15 is connected to the suction nozzle through the hose 26. . The hose 26 is made of pressure-resistant, folding-resistant high-strength material, has high strength, flexibility, and is tough and durable. The two ends interface of flexible pipe 26 adopts buckle-type connection, and its one end is connected with the interface of dust remover suction nozzle, and the other end is connected with dust inlet 15, so that it does not leak or fall off during use.

The dust collection motor 17-1 drives the separator 17-2 to rotate, so that the dust collection mechanism 17 generates negative pressure, and the dust inhaled by the suction nozzle of the dust collector enters the dust inlet 15 through the hose 26, and then enters the dust inlet 17 of the dust collection mechanism 17 through the dust inlet 15. In the separator 17-2, the separator 17-2 separates the dust to the dust outlet channel 25, and the dust condenses the dust into plaster through the spray mechanism 20, and finally falls into the dust collection device 16, and finally cleans the dust collection device 16, Achieve efficient dust removal effect.

Because the dust is separated under the high-speed rotation of the separator 17-2, the dust will be stirred up after entering the dust outlet passage 25. Therefore, a spray mechanism 20 is installed in the dust outlet passage 25 obliquely down to the middle. The spray mechanism 20 includes a spray intelligent controller 20-1 and a water nozzle 20-2, the spray intelligent controller 20-1 is electrically connected to the intelligent control circuit panel 19, and the spray intelligent controller 20-1 is connected to the water nozzle 20-2 is electrically connected, the water nozzle 20-2 is connected with the water pipe 27, and the water nozzle 20-2 is arranged in the middle and lower part of the dust outlet channel 25. The water spray head 20-2 muddyes the dust that has been stirred up, and falls into the dust collection device 16 under the action of gravity to achieve the dust collection effect.

The upper end of dust inlet 15 is provided with dust concentration sensor 18, and dust concentration sensor 18 is electrically connected with intelligent control circuit panel 19, and intelligent control circuit panel 19 is electrically connected with spraying mechanism 20, and spraying mechanism 20 is connected with water tank 21 by water pipe 27, The water tank 21 is fixed on the right middle part of the housing 14, and the right side of the water tank 21 is provided with a water injection port 21-1, a water injection device button 21-2 and a water tank scale 21-3, and the water injection port 21-1 passes through the water injection device button 21-2. to open. After the water injection device button 21-2 is pressed, the water injection port 21-1 is opened, and water can be injected from the water injection port 21-1 through the relevant water storage device, and the user can check it through the water tank scale 21-3 on the right side of the water tank 21 The amount of water injected. After the dust enters the dust inlet 15, after the dust concentration sensor 18 detects the dust concentration, the relevant data is transmitted to the intelligent control circuit panel 19 in real time, and the data is displayed on the liquid crystal display 22, and the intelligent control circuit panel 19 calculates the data Relevant information is transmitted to spraying intelligent controller 20-1 afterward, and spraying intelligent controller 20-1 controls the size of the spraying water quantity of water nozzle 20-2, and dust is muddyed reasonably, and dust is not too dilute, and does not Will be too thick to naturally fall into the dust collection device 16.

The upper end of the water tank 21 is fixed with a power supply unit 28 . The power supply device 28 includes a power cord and a power plug. The power cord is wound in the power coil device. When the power plug is powered on, the power cord can be pulled out according to the distance of the power supply. The length of the power cord can be up to 3.5 meters. The power supply unit of the dust collection equipment can be used as the power supply of the vacuum cleaner nozzle, and the power cord is used to provide power for the brush motor of the vacuum cleaner nozzle, which can make reasonable use of the power resource of the dust collection equipment and is more convenient to use.

Embodiment 2, referring to Figures 1-5, this embodiment is basically the same as Embodiment 1, the difference is that the suction nozzle of the wind power fusion dust collector also includes an electrostatic dust scraper 29, a dust baffle 30, and a roller 31. Dust scraper 29 is on the upper left of electrostatic roller shaft 7-1, and its one end is fixed on the nozzle housing 1, and the other end is in contact with electrostatic precipitator 7, and its shape is arc. Since the electrostatic roller shaft 7-1 is located above the dust collection channel 5, the electrostatic roller shaft 7-1 will bring up the dust in the dust collection channel 5 when rolling, and the electrostatic dust scraper 29 can scrape off the dust on the electrostatic roller shaft 7-1. 1, the dust is separated from the electrostatic roller shaft 7-1, and falls into the dust collection channel 5.

The dust baffle 30 is arranged on the left bottom case 1-2 of the second suction nozzle mouth 3-2, and plays a role in preventing dust from sliding out of the suction nozzle mouth 3 when the brush 6-4 rolls to collect dust. The roller 31 is embedded in the middle part of the bottom case 1-2, and can roll the suction nozzle of the dust collector during the dust suction process, so as to reduce the resistance of pushing and pulling the suction nozzle of the dust collector.

The wind power fusion dust collection device of the present invention further includes a handle 32 and a universal wheel 33 , the handle 32 is arranged on the top of the casing 14 , and the universal wheel 33 is arranged on the bottom of the casing 14 . The user can carry the dust collection device by hand, and also can lift the dust collection device, so that the whole dust collection device can move flexibly and reduce resistance.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solutions of the present invention and not to limit them; although the present invention has been described in detail with reference to the preferred embodiments, those of ordinary skill in the art should understand; Modifications to the specific implementation of the invention or equivalent replacement of some technical features; without departing from the spirit of the technical solution of the present invention, should be included in the scope of the technical solution claimed in the present invention.

Claims (9)

1. a kind of wind-powered electricity generation merges deduster suction nozzle, and including top cover, drain pan and round brush assembly, described top cover and drain pan are interlocked composition Suction nozzle shell, is provided with draw-in groove inside the shell wall at suction nozzle shell two ends, the leading section of described drain pan is provided with and suction nozzle shell Inner space suction nozzle mouth, it is characterized in that：The left and right two ends of described round brush assembly are fixed in draw-in groove, the lower end of round brush assembly Cavity and drain pan between is dust passage, and round brush assembly includes hairbrush dedusting mechanism, electrostatic precipitation mechanism, round brush motor, institute State and be in transmission connection between hairbrush dedusting mechanism and electrostatic precipitation mechanism, passed between electrostatic precipitation mechanism and round brush motor It is dynamically connected, described hairbrush dedusting mechanism is fixed on the upper end of suction nozzle mouth, electrostatic precipitation mechanism is fixed on a left side for hairbrush dedusting mechanism Top and be in position in the middle part of suction nozzle housing top end, round brush motor is fixed on the lower left of electrostatic precipitation mechanism, described dedusting Device suction nozzle also includes electrostatic dust scraper plate, dust baffle plate, roller, and described electrostatic dust scraper plate one end is fixed on suction nozzle shell, The other end is contacted with electrostatic precipitation mechanism；On the left side drain pan of suction nozzle mouth, roller is embedded in the middle part of drain pan dust baffle plate setting.

2. wind-powered electricity generation according to claim 1 merges deduster suction nozzle, it is characterized in that：Described hairbrush dedusting mechanism includes hairbrush Roll shaft, brush roll axle bearing, hairbrush device for fixing roller, hairbrush, hairbrush dust scraper plate, the side of described hairbrush roll shaft and hairbrush It is provided with brush roll shaft gear, the left and right two ends of hairbrush roll shaft pass through brush roll axle bearing and brush roll respectively between roller bearing Shaft fixing device is fixedly connected, and hairbrush roll shaft fixing device is fixed in draw-in groove, and spiral helicine hair is implanted on the whole body of hairbrush roll shaft Brush；One end of described hairbrush dust scraper plate is fixed on hairbrush roll shaft upper left suction nozzle shell, and the other end is placed on brush roll In hairbrush directly over axle；Described suction nozzle mouth includes the first suction nozzle mouth and the second suction nozzle mouth, and hairbrush roll shaft is arranged on the second suction nozzle The top of mouth.

3. wind-powered electricity generation according to claim 1 merges deduster suction nozzle, it is characterized in that：Described electrostatic precipitation mechanism includes electrostatic Roll shaft, electrostatic roller axle bearing, electrostatic device for fixing roller, electrostatic electric installation, the side of described electrostatic roll shaft and electrostatic roll shaft Be provided with electrostatic roller shaft gear between bearing, brush roll shaft gear is engaged each other with electrostatic roller shaft gear, electrostatic roller shaft gear with The gear of round brush motor engages each other；The left and right two ends of electrostatic roll shaft are passed through electrostatic roller axle bearing respectively and are fixed dress with electrostatic roll shaft Put and be fixedly connected, electrostatic roll shaft fixing device is fixed in draw-in groove, described electrostatic electric installation is fixed on draw-in groove wall.

4. wind-powered electricity generation according to claim 3 merges deduster suction nozzle, it is characterized in that：Described electrostatic electric installation includes coil Fixing device, conductive coil, conducting strip, described coil fixing device is fixed on draw-in groove wall, and it is solid that conductive coil is fixed on coil Determine on device, conductive coil be provided with conductive coil is raised, the two ends of described conducting strip respectively with electrostatic roll shaft and electrostatic roller Shaft gear connects.

5. wind-powered electricity generation according to claim 1 merges deduster suction nozzle, it is characterized in that：Also include round brush motor speed to control Device, static eraser, described round brush motor speed controller is fixed on one end of round brush motor, and static eraser is fixed on On the inner wall of suction nozzle case nose.

6. a kind of wind-powered electricity generation including described in claim 1 merges the dust-collecting equipment of deduster suction nozzle, collects dress including housing, dust Put and dust inlet, be provided with dust collecting installation in the inner chamber of described housing lower end, top is provided with LCDs, intelligence Control button, power control switch, is characterized in that：Also include dust-collecting mechanism, dust concentration sensor, Intelligent control electric road surface Plate, spraying mechanism, water tank, described dust-collecting mechanism includes dust motor, separator, and dust motor is electrically connected with separator, separates Device one end is connected with dust inlet with going out dirt channel connection, the other end, and dust inlet passes through flexible pipe and described deduster suction nozzle phase Connection, the upper end of dust inlet is provided with dust concentration sensor, and dust concentration sensor is electrically connected with Intelligent control electric road deck Connect, Intelligent control electric road deck is electrically connected with spraying mechanism, and spraying mechanism is connected by water pipe with water tank, and water tank is fixed on housing Right side central, the upper end of water tank is fixed with supply unit.

7. wind-powered electricity generation according to claim 6 merges the dust-collecting equipment of deduster suction nozzle, it is characterized in that：Described spraying mechanism bag Include spray intelligent controller, sprinkler head, described spray intelligent controller is electrically connected with intelligent control circuit plate, sprays Based Intelligent Control Device is electrically connected with sprinkler head, and sprinkler head is connected with water pipe, and sprinkler head is arranged at out the middle and lower part of dirt passage.

8. wind-powered electricity generation according to claim 6 merges the dust-collecting equipment of deduster suction nozzle, it is characterized in that：The right side of described water tank It is provided with water filling port, water filling device button and water tank scale.

9. wind-powered electricity generation according to claim 6 merges the dust-collecting equipment of deduster suction nozzle, it is characterized in that：Also include handle, ten thousand To wheel, described handle is arranged at the top of housing, and universal wheel is arranged at the bottom of housing.