CN205324288U - Wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof - Google Patents
Wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof Download PDFInfo
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- CN205324288U CN205324288U CN201620098484.2U CN201620098484U CN205324288U CN 205324288 U CN205324288 U CN 205324288U CN 201620098484 U CN201620098484 U CN 201620098484U CN 205324288 U CN205324288 U CN 205324288U
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Abstract
The utility model discloses a wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof, the utility model discloses compact structure, rationally distributed can clear up the dust on the large -scale data center communication equipment, and can eliminate the static that communications facilities produced, can carry out dust removal work under the condition of equipment belt electricity, and the suitability is wider, also can avoid the dust secondary pollution communications facilities who has swung. Dust collecting device adopts separator and intelligence to spray the mode that the mechanism combined together, carries out the argillization with the dust of collecting, reaches high -efficient effect of removing dust, and dust collecting device's power supply unit can regard as cleaner nozzle's power, the power resource of utilizing dust absorption equipment that can be reasonable, and it is more convenient to use.
Description
Technical field
This utility model relates to communication apparatus dedusting technology field, particularly relates to a kind of wind-powered electricity generation and merges cleaner unit suction nozzle and dust collect plant thereof。
Background technology
The information communication data machine room network equipment needs non-stop run in 24 hours, accumulating over a long period, device external and inside can fall into a lot of dust, and these dusts are mostly by window or crack between a door and its frame access arrangement, the dust granule diameter fallen into is less than common ground dust granule diameter, is difficult to remove totally。According to existing dust collection method, first have to, by device powers down, then be extracted by interior panels, so just can clear up。But due to communication apparatus can not arbitrarily power-off, so at any time dedusting can not be carried out communication apparatus, and if deal with improperly, having swung dust can carry out secondary pollution to equipment。
The data broken down by the network of relation communication apparatus that information communication data center is stored are analyzed, we have found that most fault is relevant with dust accumulation, be in particular in following several respects: integrated circuit and on electronic devices and components adsorb dust more time, heat-sinking capability is substantially reduced, the chip temperature causing components and parts is too high, affects the work efficiency of chip；After falling into dust in pin of electronic element, circuit board short circuit phenomenon can be directly contributed under certain condition；When dust accumulation is more, the insulating properties between circuit board chip pole foot and integrated electronic circuit can decline accordingly, if now equipment local environment humidity is less than 15%-20%, the electrostatic induction voltage on equipment can raise；If the dielectric strength exceeded between data panel circuit, communication apparatus will form the short circuit of moment, delay machine and equipment such as restarts at the fault；When optic module port is adsorbed with a large amount of dust, can seriously increase the attenuation of optical fiber, data errors and machine fault of delaying occur。
In the market to information communication data machine room network equipment cleaner unit suction nozzle also in blank, market mainly has five kinds: ground is brush, circle is brush, flat suction, acaricide are brush and the suction nozzle such as roller brush type, but these suction nozzles have function alone, it is distributed in different aspects, it is substantially and carries out dedusting for family, unit room, on the facilities such as dump equipment, the network storage equipment, network communication equipment, rack during dust, seem awkward, be poorly suitable for the dedusting work of communication apparatus。The suction nozzle of these cleaner units can not well be deep in rack；Some suction nozzles are only small, when clearing up large-area dust, and inefficiency；Communication apparatus is typically all and works long hours, and the electrostatic of generation also can affect the suction of dust。It addition, the dust granule diameter fallen on information equipment is less than common ground dust granule diameter, suction nozzle, while sucking dust, is inhaled unclean, has been swung dust and on the contrary equipment has been carried out secondary pollution。
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, designs a kind of wind-powered electricity generation and merges cleaner unit suction nozzle and dust collect plant thereof, and the dust solving communication apparatus is inhaled clean, and the problem of the dust meeting secondary pollution communication apparatus swung in dust suction process。
For reaching above-mentioned purpose, this utility model be the technical scheme is that
A kind of wind-powered electricity generation merges cleaner unit suction nozzle, including top cover, drain pan and round brush assembly, described top cover and drain pan are interlocked and constitute suction nozzle shell, it 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 the suction nozzle mouth of the inner space with suction nozzle shell, the two ends, left and right of described round brush assembly are fixed in draw-in groove, cavity between lower end and the drain pan of round brush assembly is dust passage, round brush assembly includes hairbrush dedusting mechanism, electrostatic precipitation mechanism, round brush motor, it is in transmission connection between described hairbrush dedusting mechanism and electrostatic precipitation mechanism, it is in transmission connection between electrostatic precipitation mechanism and round brush motor, hairbrush dedusting mechanism is fixed on the upper end of suction nozzle mouth, electrostatic precipitation mechanism is fixed on the upper left side of hairbrush dedusting mechanism and is in the position in the middle part of suction nozzle housing top end, round brush motor is fixed on the lower left of electrostatic precipitation mechanism。
Further, described hairbrush dedusting mechanism includes hairbrush roll shaft, brush roll axle bearing, brush roll shaft fixing device, hairbrush, hairbrush dust scraper plate, it is provided with brush roll shaft gear between side and the brush roll axle bearing of described hairbrush roll shaft, the two ends, left and right of hairbrush roll shaft are connected respectively through brush roll axle bearing and brush roll shaft fixing device are fixing, brush roll shaft fixing device is fixed in draw-in groove, and spiral helicine hairbrush is implanted on the whole body of hairbrush roll shaft；One end of described hairbrush dust scraper plate is fixed on the upper left suction nozzle shell of hairbrush roll shaft, and the other end is placed in the hairbrush directly over hairbrush roll shaft；Described suction nozzle mouth includes the first suction nozzle mouth and the second suction nozzle mouth, and hairbrush roll shaft is arranged on the top of the second suction nozzle mouth。
Further, described electrostatic precipitation mechanism includes electrostatic roll shaft, electrostatic roller axle bearing, electrostatic roller shaft fixing device, static guiding electric installation, it is provided with electrostatic roller shaft gear between side and the electrostatic roller axle bearing of described electrostatic roll shaft, brush roll shaft gear and electrostatic roller shaft gear engage each other, and the gear of electrostatic roller shaft gear and round brush motor engages each other；The two ends, left and right of electrostatic roll shaft are connected respectively through electrostatic roller axle bearing and electrostatic roller shaft fixing device are fixing, and electrostatic roller shaft fixing device is fixed in draw-in groove, and described static guiding electric installation is fixed on card cell wall。
Further, described static guiding electric installation includes coil fixing device, conductive coil, conducting strip, described coil fixing device is fixed on card cell wall, conductive coil is fixed on coil fixing device, being provided with conductive coil projection on conductive coil, the two ends of described conducting strip are connected with electrostatic roll shaft and electrostatic roller shaft gear respectively。
Further, also including round brush motor speed controller, static eraser, described round brush motor speed controller is fixed on one end of round brush motor, and static eraser is fixed on the inner wall of suction nozzle case nose。
Further, also including electrostatic dust scraper plate, dust baffle plate, roller, described electrostatic dust scraper plate one end is fixed on suction nozzle shell, and the other end contacts with electrostatic precipitation mechanism；Dust baffle plate is arranged on the left side drain pan of suction nozzle mouth, and roller is embedded in the middle part of drain pan。
A kind of wind-powered electricity generation that includes merges the dust collect plant of cleaner unit suction nozzle, including housing, dust collecting installation, dust inlet, suction nozzle, dust-collecting mechanism, dust concentration sensor, Intelligent control electric road deck, spraying mechanism, water tank, the lower end of described housing is provided with dust collecting installation, top is provided with LCDs, Based Intelligent Control button, power control switch, described dust-collecting mechanism includes dust motor, separator, dust motor electrically connects with separator, separator one end with go out dirt channel connection, the other end connects with dust inlet, dust inlet is connected with suction nozzle by flexible pipe, the upper end of dust inlet is provided with dust concentration sensor, dust concentration sensor electrically connects with Intelligent control electric road deck, Intelligent control electric road deck electrically connects with spraying mechanism, spraying mechanism is connected by water pipe with water tank, water tank is fixed on the right side central of housing, the upper end of water tank is fixed with supply unit。
Further, described spraying mechanism includes spray intelligent controller, sprinkler head, and described spray intelligent controller electrically connects with Intelligent control electric road deck, and spray intelligent controller electrically connects with sprinkler head, sprinkler head is connected with water pipe, and sprinkler head is arranged at out the middle and lower part of dirt passage。
Further, the right side of described water tank is provided with water filling port, water filling device button and water tank scale。
Further, also including handle, universal wheel, described handle is arranged at the top of housing, and universal wheel is arranged at the bottom of housing。
Positive beneficial effect of the present utility model:
1, the bright compact conformation of this law, rationally distributed, it is possible to the dust on the communication equipment of large-scale data center is cleared up, and the suitability is wider, it is possible to avoid the dust secondary pollution communication apparatus swung。
2, static eraser can eliminate the electrostatic that communication apparatus produces, and makes cleaner unit suction nozzle not by the impact that communication apparatus and rack are charged, can carry out dedusting work when equipment live。
3, dust collect plant adopts the mode that separator combines with intelligent spray mechanism, the dust of collection is carried out argillization, reaches the effect of high-effective dust-removing, efficiently utilize water resource。
4, the supply unit of dust collect plant can, as the power supply of cleaner suction nozzle, as the power source of cleaner suction nozzle, it is possible to reasonably utilize the power resources of dust exhaust apparatus, use more convenient。
Accompanying drawing explanation
Fig. 1 is the structural representation that this utility model wind-powered electricity generation merges cleaner unit suction nozzle
Fig. 2 is the plan structure schematic diagram of Fig. 1
Fig. 3 is the side view of static guiding electric installation
Fig. 4 is the structural representation of this utility model dust collect plant
Fig. 5 is the plan structure schematic diagram of Fig. 4
The concrete meaning of number in the figure is: 1 is suction nozzle shell, 1-1 is top cover, 1-2 is drain pan, 2 is round brush assembly, 3 is suction nozzle mouth, 3-1 is the first suction nozzle mouth, 3-2 is the second suction nozzle mouth, 4 is draw-in groove, 5 is dust passage, 6 is hairbrush dedusting mechanism, 6-1 is hairbrush roll shaft, 6-2 is brush roll axle bearing, 6-3 is brush roll shaft fixing device, 6-4 is hairbrush, 6-5 is hairbrush dust scraper plate, 6-6 is brush roll shaft gear, 7 is electrostatic precipitation mechanism, 7-1 is electrostatic roll shaft, 7-2 is electrostatic roller axle bearing, 7-3 is electrostatic roller shaft fixing device, 7-4 is static guiding electric installation, 7-5 is electrostatic roller shaft gear, 8 is round brush motor, 8-1 is round brush gear, 8-2 round brush motor speed controller, 9 is static eraser, 10 is coil fixing device, 11 is conductive coil, 12 is conducting strip, 13 is that conductive coil is protruding, 14 is housing, 15 is dust inlet, 16 is dust collecting installation, 17 is dust-collecting mechanism, 17-1 is dust motor, 17-2 is separator, 18 is dust concentration sensor, 19 is Intelligent control electric road deck, 20 is spraying mechanism, 20-1 is spray intelligent controller, 20-2 is sprinkler head, 21 is water tank, 21-1 is water filling port, 21-2 is water filling device button, 21-3 is water tank scale, 22 is LCDs, 23 is Based Intelligent Control button, 24 is power control switch, 25 for going out dirt passage, 26 is flexible pipe, 27 is water pipe, 28 is supply unit, 29 is electrostatic dust scraper plate, 30 is dust baffle plate, 31 is roller, 32 is handle, 33 is universal wheel。
Detailed description of the invention
Detailed description of the invention of the present utility model is illustrated below in conjunction with accompanying drawing。
Embodiment one, referring to Fig. 1-5, wind-powered electricity generation of the present utility model merges cleaner unit suction nozzle, including top cover 1-1, drain pan 1-2 and round brush assembly 2, described top cover 1-1 and drain pan 1-2 is interlocked and constitutes suction nozzle shell 1, the leading section of described drain pan 1-2 is provided with the suction nozzle mouth 3 of the inner space with suction nozzle shell 1, it is provided with draw-in groove 4 inside the shell wall at suction nozzle shell 1 two ends, the two ends, left and right of described round brush assembly 2 are fixed in draw-in groove 4, cavity between lower end and the drain pan 1-2 of round brush assembly 2 is dust passage 5, round brush assembly 2 includes hairbrush dedusting mechanism 6, electrostatic precipitation mechanism 7, round brush motor 8, it is in transmission connection between described hairbrush dedusting mechanism 6 and electrostatic precipitation mechanism 7, it is in transmission connection between electrostatic precipitation mechanism 7 and round brush motor 8, hairbrush dedusting mechanism 6 is fixed on the upper end of suction nozzle mouth 3, electrostatic precipitation mechanism 7 is fixed on the upper left side of hairbrush dedusting mechanism 6 and is in the position of suction nozzle shell 1 top middle portion, round brush motor 8 is fixed on the lower left of electrostatic precipitation mechanism 7。Being fixed with static eraser 9 on the inner wall of suction nozzle shell 1 front end, static eraser 9 can eliminate the electrostatic that communication apparatus produces, and makes cleaner unit suction nozzle not by the impact that communication apparatus and rack are charged, can carry out dedusting work when equipment live。
Hairbrush dedusting mechanism 6 includes hairbrush roll shaft 6-1, brush roll axle bearing 6-2, brush roll shaft fixing device 6-3, hairbrush 6-4, hairbrush dust scraper plate 6-5, described suction nozzle mouth 3 includes the first suction nozzle mouth 3-1 and the second suction nozzle mouth 3-2, hairbrush roll shaft 6-1 is arranged on the top of the second suction nozzle mouth 3-2, it is provided with brush roll shaft gear 6-6 between side and the brush roll axle bearing 6-2 of hairbrush roll shaft 6-1, the two ends, left and right of hairbrush roll shaft 6-1 are connected respectively through brush roll axle bearing 6-2 and brush roll shaft fixing device 6-3 is fixing, brush roll shaft fixing device 6-3 is fixed in draw-in groove 4, spiral helicine plastics coarse wool brush and fine, soft fur brush 6-4 are implanted in the whole body of hairbrush roll shaft 6-1, hairbrush 6-4 is prominent 1-2mm at the second suction nozzle mouth 3-2 place, according to the effect to hairbrush roll shaft 6-1 of the dust passage air port suction, in the middle of suction by force, two ends are weak, hairbrush 6-4 implants in hairbrush roll shaft 6-1 with the direction that two ends are drawn close toward centre, hairbrush roll shaft 6-1 hairbrush 6-4 when rolling swings the dust swept to be drawn close toward centre under the effect of dust passage 5 suction, eventually enter into dust passage 5 and be sent to dust collect plant；One end of described hairbrush dust scraper plate 6-5 is fixed on the upper left suction nozzle shell 1 of hairbrush roll shaft 6-1, the other end is placed in the hairbrush 6-4 directly over hairbrush roll shaft 6-1, certain distance is had with hairbrush roll shaft 6-1, hairbrush dust scraper plate 6-5 is arc, the dust that hairbrush roll shaft 6-1 takes up when rolling can be scraped off dust by hairbrush dust scraper plate 6-5 from hairbrush 6-4, avoid hairbrush 6-4 to roll and dust is taken out of cleaner unit suction nozzle, cause secondary pollution。
Described electrostatic precipitation mechanism 7 includes electrostatic roll shaft 7-1, electrostatic roller axle bearing 7-2, electrostatic roller shaft fixing device 7-3, static guiding electric installation 7-4, it is provided with electrostatic roller shaft gear 7-5 between side and the electrostatic roller axle bearing 7-2 of described electrostatic roll shaft 7-1, brush roll shaft gear 6-6 and electrostatic roller shaft gear 7-5 engages each other, and the gear 8-1 of electrostatic roller shaft gear 7-5 and round brush motor 8 engages each other；The two ends, left and right of electrostatic roll shaft 7-1 are connected respectively through electrostatic roller axle bearing 7-2 and electrostatic roller shaft fixing device 7-3 is fixing, and electrostatic roller shaft fixing device 7-3 is fixed in draw-in groove 4, and described static guiding electric installation 7-4 is fixed on draw-in groove 4 wall。
Described static guiding electric installation 7-4 includes coil fixing device 10, conductive coil 11, conducting strip 12, described coil fixing device 10 is fixed on draw-in groove 4 wall, conductive coil 11 is fixed on coil fixing device 10, being provided with conductive coil projection 13 on conductive coil 11, the two ends of described conducting strip 12 are connected with electrostatic roll shaft 7-1 and electrostatic roller shaft gear 7-5 respectively。When conducting strip 12 touches conductive coil projection 13, electrostatic roll shaft 7-1 produces electrostatic, pick up the dust granule swung, conducting strip 12 rotates along with the rotation of electrostatic roller shaft gear 7-5, when conducting strip 12 separates with conductive coil projection 13, electrostatic roll shaft 7-1 loses electrostatic effect, and dust granule, under the triple role of electrostatic roll shaft 7-1 rotator inertia, gravity and dust passage suction, is drawn into dust in the dust inlet 15 of dust collect plant。
Round brush motor 8 is fixed on the lower left of electrostatic precipitation mechanism 7, and one end of round brush motor 8 is fixed with round brush gear 8-1, and the other end installs round brush motor speed controller 8-2 additional。In energising situation, round brush gear 8-1 drives electrostatic roll shaft 7-1, hairbrush roll shaft 6-1 to roll, and carries out dedusting, and round brush motor speed controller 8-2 according to the rotating speed of dust concentration self-regulation motor 8, can reach the effect of high-effective dust-removing。
Wind-powered electricity generation of the present utility model merges dust collect plant, including housing 14, dust collecting installation 16, dust inlet 15, suction nozzle, dust-collecting mechanism 17, dust concentration sensor 18, Intelligent control electric road deck 19, spraying mechanism 20, water tank 21, the lower end of described housing 14 is provided with dust collecting installation 16, top is provided with LCDs 22, Based Intelligent Control button 23, power control switch 24, described dust-collecting mechanism 17 includes dust motor 17-1, separator 17-2, dust motor 17-1 electrically connects with separator 17-2, separator 17-2 one end connects with going out dirt passage 25, the other end connects with dust inlet 15, dust inlet 15 is connected with suction nozzle by flexible pipe 26。Flexible pipe 26 adopts high-tensile strength material pressure, folding to make, and has high strength flexible, tough and tensile durable。Two end interfaces of flexible pipe 26 adopt buckle-type docking, the interface phase docking of its one end and cleaner unit suction nozzle, the other end and dust inlet 15 phase docking, in use accomplish air tight, do not fall off。
Dust motor 17-1 band flow separator 17-2 rotates, dust-collecting mechanism 17 is made to produce negative pressure, the dust that cleaner unit suction nozzle sucks enters dust inlet 15 by flexible pipe 26, enter in the separator 17-2 of dust-collecting mechanism 17 again through dust inlet 15, separator 17-2 is dust separation to going out dirt passage 25, and dust is condensed into plaster by 20 dusts of spraying mechanism, eventually falls in dust collecting installation 16, finally cleaning dust collecting installation 16, reaches high-effective dust-removing effect。
Owing to dust is separated under the high-speed rotation of separator 17-2, dust after entering out dirt passage 25, can be swung, therefore, be mounted with spraying mechanism 20 going out the dirt passage 25 tiltedly lower position by centre。Spraying mechanism 20 includes spray intelligent controller 20-1, sprinkler head 20-2, described spray intelligent controller 20-1 electrically connects with Intelligent control electric road deck 19, spray intelligent controller 20-1 electrically connects with sprinkler head 20-2, sprinkler head 20-2 is connected with water pipe 27, and sprinkler head 20-2 is arranged at out the middle and lower part of dirt passage 25。The sprinkler head 20-2 dust to having swung carries out argillization, falls under gravity in dust collecting installation 16, reaches dust collecting effect。
The upper end of dust inlet 15 is provided with dust concentration sensor 18, dust concentration sensor 18 electrically connects with Intelligent control electric road deck 19, Intelligent control electric road deck 19 electrically connects with spraying mechanism 20, spraying mechanism 20 is connected by water pipe 27 with water tank 21, water tank 21 is fixed on the right side central of housing 14, the right side of water tank 21 is provided with water filling port 21-1, water filling device button 21-2 and water tank scale 21-3, water filling port 21-1 and is opened by water filling device button 21-2。After water filling device button 21-2 presses, water filling port 21-1 turns on, it is possible to by relevant water storage device water from water filling port 21-1 inject, user can by the water tank scale 21-3 on the right side of water tank 21 check water injection rate number。After dust enters dust inlet 15, after dust concentration sensor 18 detects dust concentration, related data is sent in real time Intelligent control electric road deck 19, and data are shown in LCDs 22, Intelligent control electric road deck 19 passes to spray intelligent controller 20-1 relevant information after data are carried out computing, spray intelligent controller 20-1 controls the size of sprinkler head 20-2 injection flow rate, reasonably dust argillization, make dust less rare, without too thick, reach to naturally fall in dust collecting installation 16。
The upper end of water tank 21 is fixed with supply unit 28。Described supply unit 28 includes power line and attaching plug, and power line is wound around in power coil device, when attaching plug switches on power, it is possible to pull out power line according to the distance of power supply, and power line length is the longest can reach 3.5 meters。The supply unit of dust collect plant can as the power supply of cleaner suction nozzle, and the round brush motor being cleaner suction nozzle by power line provides power, it is possible to reasonably utilizes the power resources of dust exhaust apparatus, uses more convenient。
Embodiment two, referring to Fig. 1-5, the present embodiment is essentially identical with embodiment one, it is different in that, wind-powered electricity generation merges cleaner unit suction nozzle and also includes electrostatic dust scraper plate 29, dust baffle plate 30, roller 31, and described electrostatic dust scraper plate 29 is on the upper left side of electrostatic roll shaft 7-1, and its one end is fixed on suction nozzle shell 1, the other end contacts with electrostatic precipitation mechanism 7, is shaped as arc。Owing to electrostatic roll shaft 7-1 is positioned at the top of dust passage 5, electrostatic roll shaft 7-1, when rolling, can take up the dust in dust passage 5, and electrostatic dust scraper plate 29 can wipe the dust on electrostatic roll shaft 7-1 off, make dust and electrostatic roll shaft 7-1 be easily separated, and fall into dust passage 5。
Dust baffle plate 30 is arranged on the left side drain pan 1-2 of the second suction nozzle mouth 3-2, plays blocks dust and skid off the effect of suction nozzle mouth 3 in the process of hairbrush 6-4 rolling dust suction。Roller 31 is embedded in the middle part of drain pan 1-2, in dust suction process can rolling dust removing device suction nozzle, reduce push-and-pull cleaner unit suction nozzle resistance。
This utility model wind-powered electricity generation merges dust collect plant and also includes handle 32, universal wheel 33, and described handle 32 is arranged at the top of housing 14, and universal wheel 33 is arranged at the bottom of housing 14。User can portable dust collect plant, it is also possible to lift dust collect plant, makes dust collect plant overall mobile flexibly, reduces resistance。
Finally should be noted that: above example is only in order to illustrate that the technical solution of the utility model is not intended to limit；Although this utility model being described in detail with reference to preferred embodiment, those of ordinary skill in the field are to be understood that；Still detailed description of the invention of the present utility model can be modified or portion of techniques feature is carried out equivalent replacement；Without deviating from the spirit of technical solutions of the utility model, it all should be encompassed in the middle of the technical scheme scope that this utility model is claimed。
Claims (10)
1. a wind-powered electricity generation merges cleaner unit suction nozzle, including top cover, drain pan and round brush assembly, described top cover and drain pan are interlocked and constitute suction nozzle shell, it 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 the suction nozzle mouth of the inner space with suction nozzle shell, it is characterized in that: the two ends, left and right of described round brush assembly are fixed in draw-in groove, cavity between lower end and the drain pan of round brush assembly is dust passage, round brush assembly includes hairbrush dedusting mechanism, electrostatic precipitation mechanism, round brush motor, it is in transmission connection between described hairbrush dedusting mechanism and electrostatic precipitation mechanism, it is in transmission connection between electrostatic precipitation mechanism and round brush motor。
2. wind-powered electricity generation according to claim 1 merges cleaner unit suction nozzle, it is characterized in that: described hairbrush dedusting mechanism includes hairbrush roll shaft, brush roll axle bearing, brush roll shaft fixing device, hairbrush, hairbrush dust scraper plate, it is provided with brush roll shaft gear between side and the brush roll axle bearing of described hairbrush roll shaft, the two ends, left and right of hairbrush roll shaft are connected respectively through brush roll axle bearing and brush roll shaft fixing device are fixing, brush roll shaft fixing device is fixed in draw-in groove, and spiral helicine hairbrush is implanted on the whole body of hairbrush roll shaft；One end of described hairbrush dust scraper plate is fixed on the upper left suction nozzle shell of hairbrush roll shaft, and the other end is placed in the hairbrush directly over hairbrush roll shaft；Described suction nozzle mouth includes the first suction nozzle mouth and the second suction nozzle mouth, and hairbrush roll shaft is arranged on the top of the second suction nozzle mouth。
3. wind-powered electricity generation according to claim 1 merges cleaner unit suction nozzle, it is characterized in that: described electrostatic precipitation mechanism includes electrostatic roll shaft, electrostatic roller axle bearing, electrostatic roller shaft fixing device, static guiding electric installation, it is provided with electrostatic roller shaft gear between side and the electrostatic roller axle bearing of described electrostatic roll shaft, brush roll shaft gear and electrostatic roller shaft gear engage each other, and the gear of electrostatic roller shaft gear and round brush motor engages each other；The two ends, left and right of electrostatic roll shaft are connected respectively through electrostatic roller axle bearing and electrostatic roller shaft fixing device are fixing, and electrostatic roller shaft fixing device is fixed in draw-in groove, and described static guiding electric installation is fixed on card cell wall。
4. wind-powered electricity generation according to claim 3 merges cleaner unit suction nozzle, it is characterized in that: described static guiding electric installation includes coil fixing device, conductive coil, conducting strip, described coil fixing device is fixed on card cell wall, conductive coil is fixed on coil fixing device, being provided with conductive coil projection on conductive coil, the two ends of described conducting strip are connected with electrostatic roll shaft and electrostatic roller shaft gear respectively。
5. wind-powered electricity generation according to claim 1 merges cleaner unit suction nozzle, it is characterized in that: also include round brush motor speed controller, static eraser, described round brush motor speed controller is fixed on one end of round brush motor, and static eraser is fixed on the inner wall of suction nozzle case nose。
6. wind-powered electricity generation according to claim 1 merges cleaner unit suction nozzle, it is characterized in that: also including electrostatic dust scraper plate, dust baffle plate, roller, described electrostatic dust scraper plate one end is fixed on suction nozzle shell, and the other end contacts with electrostatic precipitation mechanism；Dust baffle plate is arranged on the left side drain pan of suction nozzle mouth, and roller is embedded in the middle part of drain pan。
7. the wind-powered electricity generation that a kind includes described in claim 1 merges the dust-collecting equipment of cleaner unit suction nozzle, including housing, dust collecting installation, dust inlet, suction nozzle, the inner chamber of described housing lower end is provided with dust collecting installation, top is provided with LCDs, Based Intelligent Control button, power control switch, it is characterized in that: also include dust-collecting mechanism, dust concentration sensor, Intelligent control electric road deck, spraying mechanism, water tank, described dust-collecting mechanism includes dust motor, separator, dust motor electrically connects with separator, separator one end with go out dirt channel connection, the other end connects with dust inlet, dust inlet is connected with suction nozzle by flexible pipe, the upper end of dust inlet is provided with dust concentration sensor, dust concentration sensor electrically connects with Intelligent control electric road deck, Intelligent control electric road deck electrically connects with spraying mechanism, spraying mechanism is connected by water pipe with water tank, water tank is fixed on the right side central of housing, the upper end of water tank is fixed with supply unit。
8. wind-powered electricity generation according to claim 7 merges the dust-collecting equipment of cleaner unit suction nozzle, it is characterized in that: described spraying mechanism includes spray intelligent controller, sprinkler head, described spray intelligent controller electrically connects with Intelligent control electric road deck, spray intelligent controller electrically connects with sprinkler head, sprinkler head is connected with water pipe, and sprinkler head is arranged at out the middle and lower part of dirt passage。
9. wind-powered electricity generation according to claim 7 merges the dust-collecting equipment of cleaner unit suction nozzle, it is characterized in that: the right side of described water tank is provided with water filling port, water filling device button and water tank scale。
10. wind-powered electricity generation according to claim 7 merges the dust-collecting equipment of cleaner unit suction nozzle, it is characterized in that: also including handle, universal wheel, described handle is arranged at the top of housing, and universal wheel is arranged at the bottom of housing。
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620098484.2U CN205324288U (en) | 2016-02-01 | 2016-02-01 | Wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620098484.2U CN205324288U (en) | 2016-02-01 | 2016-02-01 | Wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205324288U true CN205324288U (en) | 2016-06-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620098484.2U Expired - Fee Related CN205324288U (en) | 2016-02-01 | 2016-02-01 | Wind -powered electricity generation fuses dust remover suction nozzle and dust collecting device thereof |
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| Country | Link |
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| CN (1) | CN205324288U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105537203A (en) * | 2016-02-01 | 2016-05-04 | 黄淮学院 | Wind-power integrated dust collector suction nozzle and dust collecting equipment thereof |
| CN115125719A (en) * | 2022-06-23 | 2022-09-30 | 浙江神盾纺织有限公司 | Electrostatic dust removal device for blended double-layer polyester-viscose elastic fabric |
-
2016
- 2016-02-01 CN CN201620098484.2U patent/CN205324288U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105537203A (en) * | 2016-02-01 | 2016-05-04 | 黄淮学院 | Wind-power integrated dust collector suction nozzle and dust collecting equipment thereof |
| CN115125719A (en) * | 2022-06-23 | 2022-09-30 | 浙江神盾纺织有限公司 | Electrostatic dust removal device for blended double-layer polyester-viscose elastic fabric |
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