CN209287034U - Decomposing formaldehyde kills the nanometer rouge glue of germ mould without filter screen air purifier - Google Patents

Abstract

The utility model relates to the nanometer rouge glue of a kind of decomposing formaldehyde, killing germ mould, and disk, motor, electric disc, top cover composition is laminated by pedestal without filter screen air purifier.Pedestal top, the top, fluted on the top of disk, electric disc is laminated, have electric disc card slot plush copper in the lower part of top cover.Pedestal, stacking disk, electric disc have a nanometer rouge glue in top cover, nanometer rouge glue proportion has cane sugar wax, soya wax, beeswax, tea oil, lavender oil, caryophyllus oil to be sent into agitator tank heating melting, after having melted, lavender oil is added again, caryophyllus oil continues stirring and dissolving and is uniformly mixed up to nanometer rouge glue.It is the utility model features simple structure, easy for installation, at low cost.Solves the creativeness of efficiently long-term purifying nano grade small particles of pollution object;It solves the problems, such as to kill harmful bacteria, kills Legionella, kills mould, high efficiency decomposition oxidation formaldehyde, benzene, toxic and harmful gas and its peculiar smell smoke.It breaches filtration, purification not block, using the practicability of time length, there is especially huge development prospect.

Description

Decomposing formaldehyde kills the nanometer rouge glue of germ mould without filter screen air purifier

Technical field

The utility model belongs to technical field of air purification, the preparation method of especially a kind of nanometer rouge glue, channel-type, no It blocks filter core, duration long, decomposing formaldehyde of purifying nano particulate matter, kill the nanometer rouge glue of germ mould without filter screen air Clarifier is applied to the purifications such as various air cleaners and central air-conditioning channel and uses.

Background technique

It is well known that both at home and abroad existing air purifier be using HEPA high efficiency particulate air (core) filtering PM2.5 and ULPA filters steel wire rack and filters PM2.5, electrostatic depuration PM2.5, and using activated carbon adsorption formaldehyde, these air purifiers all have function The single problem of energy;First is that cannot effective Decomposition of benzene, formaldehyde；Second is that musty, peculiar smell, smoke cannot be removed；Third is that cannot be effective Kill mould；Fourth is that harmful bacteria cannot be killed effectively；Fifth is that virus cannot be killed effectively；Sixth is that HEPA and ulpa filter can also Occur mildew with it is mouldy；Seventh is that generate ozone toxic for traditional electrostatic equipment, single-stage or two-stage electrostatic filter for The effect of PM2.5 either PM10 is not bad, but the PM0.2-0.3 and the smaller nanoparticles of partial size crossed for electrostatic can be from Head emits, and influences indoor air quality again, air quality is made to be deteriorated, electrostatic air cleaner can not decompose oxidation Formaldehyde and the organic Peculiar Smell of volatility；Eighth is that active carbon adsorption saturation and will fail within one week, active carbon failure Mould, bacterium, virus can be also nourished afterwards, and high-frequency replaces active carbon；Ninth is that PM2.5, which filters real effective time, short can block Opening of sieve problem.10 be that the mouldy mould of dust PM2.5 of HEPA polishing filter filtering accumulation deposit can all wave instead again It is bound to interior, through excessive problems such as detector test PM2.5 pollutants；

For problem above, effective solution there is no currently on the market.Therefore, the utility model proposes a kind of decomposition first Aldehyde, kill germ mould without filter screen air purifier, be able to achieve indoor formaldehyde, benzene, musty, peculiar smell etc. removes simultaneously, Nanoparticles do not wave rebound to interior again, can satisfy existing " air standards ", will also meet future standard Revised requirements at the higher level.Researcher consulted domestic and international paper and patent there is not yet can efficient-decomposition formaldehyde, benzene is mould Taste, peculiar smell, and energy high-efficient purification nanoparticles are not waved again to rebound to indoor report, it is necessary to above-mentioned air cleaning Device there are the problem of improve and update.It is of great significance.

Summary of the invention

In order to overcome technical problem insufficient existing for existing air purifier, the utility model provides a channel-type and does not block up Fill in filter core, duration long purifying nano particulate matter, can efficient-decomposition formaldehyde, benzene, musty, peculiar smell, smoke, and can high-efficient purification Nanoparticles do not wave to rebound again to be arrived a kind of indoor decomposing formaldehyde, kills the nanometer rouge glue of germ mould without filter screen sky Gas purifier；Disk is laminated in a kind of stacked air purifier, including a top cover, the card slot plush copper of top cover, the nanometre glue of top cover I venthole, three stacking disks I, be laminated disk I upper layer nanometre glue, be laminated disk I lower layer's nanometre glue, three stacking disks II, layer The upper layer nanometre glue of disc stack II, is laminated lower layer's nanometre glue of disk II, and the intermediate venthole of disk II, motor is laminated in top cover air inlet The groove of disk I is laminated in disk, motor ventilation hole, motor, pedestal, the upper layer nanometre glue of pedestal, and the groove of disk II, motor leaf is laminated Piece, lower layer's nanometre glue of pedestal, electric disc groove, pedestal air inlet hole, base groove support under pedestal, lower layer's nanometer of pedestal The card slot plush copper of disk II is laminated in glue shelves item, the venthole of pedestal, electric disc card slot plush copper, and the card slot plush copper of disk I, motor is laminated Nanometre glue.

Top cover be it is discoid, there is a top cover air inlet in the top, and the lower part of top cover is the card slot plush copper of top cover, inside top cover There is the nanometre glue of top cover.

It is stacking disk I below top cover, it is discoid for being laminated outside disk I also, there is a fixed thigh, upper part among it There is the groove of stacking disk I, the venthole of phase Ying Youyi ring layer disc stack I on intermediate fixed thigh, in the upper of intermediate fixed thigh Face and the following upper layer nanometre glue for having stacking disk I, are laminated lower layer's nanometre glue of disk I.

There is stacking disk II below stacking disk I, it is discoid for being laminated outside disk II also, there is a fixed thigh among it, Upper part has the groove of stacking disk II, there is the intermediate venthole of stacking disk II in the middle part of intermediate fixed thigh, fixed in centre The upper surface of thigh and the following upper layer nanometre glue for having stacking disk II, are laminated lower layer's nanometre glue of disk II.

It is corresponding with a stacking disk I again below stacking disk II, is corresponding with a stacking disk again below stacking disk I Ⅱ。

Be electric disc below stacking disk II, be also outside electric disc it is discoid, there is a motor in the centre of upper part Ventilation hole, the reverse side on the top of electric disc have motor nanometre glue, and upper part has electric disc groove, and there is motor at middle part, under There is electric disc card slot plush copper in portion, and motor has motor blade.

Have pedestal below electric disc, the upper external of pedestal be also it is discoid, the lower part of pedestal is round table-like pedestal Base groove is arranged at lower support, the top of pedestal, there is pedestal air inlet hole, there is a upper layer nanometre glue of pedestal, lower layer's nanometre glue of pedestal, There is the venthole of pedestal on its left side, the lower layer's nanometre glue shelves item for being corresponding with pedestal inside the venthole of pedestal.

It is characterized by: top, stacking disk I in pedestal, top, the top of electric disc that disk II is laminated are fluted, Card slot plush copper is arranged at lower part, has top cover card slot plush copper in the lower part of top cover, and in top cover, disk I is laminated, disk II, electric disc, pedestal is laminated In have nanometre glue.

A kind of decomposing formaldehyde, the nanometer rouge glue for killing germ mould can also be without filter screen air purifier technical solution It is achieved, accommodating Mizhi glue-line disc stack layer can be round, square, oblate shape.

It is received according to the nanometer rouge glue of a kind of decomposing formaldehyde described above, killing germ mould without filter screen air purifier The preparation method of Mizhi glue, it is characterised in that: the raw material of nanometer rouge glue composition effective component is matched by the calculating of following raw material weights It is made as 35-45 grams of cane sugar wax, 25-33 grams of soya wax, 15-28 grams of beeswax, 15-21 grams of tea oil, 8-25 grams of lavender oil, cloves Oily 5-12 grams.

The nanometer rouge glue of a kind of decomposing formaldehyde, killing germ mould described above is without filter screen air purifier nanometer rouge The preparation method of glue most preferably selects raw material weight number meter ratio range to be, it is characterised in that: 35 grams of cane sugar wax, 25 grams of soya wax, bee 15 grams of wax, 15 grams of tea oil, 8 grams of lavender oil, 5 grams of caryophyllus oil.

The nanometer rouge glue of a kind of decomposing formaldehyde, killing germ mould described above is without filter screen air purifier nanometer rouge Glue production technology, it is characterised in that: melt 15 grams of 35 grams of cane sugar wax, tea oil feeding agitator tank heating, after having melted, while stirring Mix side add 25 grams of soya wax be uniformly mixed, continue stir thermal melting, warming while stirring to 120 DEG C keep the temperature one hour, add 15 grams of beeswax are stirred for reaction 20 minutes after all dissolutions, are cooled to 90 DEG C, 8 grams of lavender oil, caryophyllus oil 5 are added again Gram continuing stirring and dissolving is uniformly mixed up to nanometer rouge glue finished product, and nanometer rouge glue is flowed into disk.Applied to family, air-conditioned room, Interior Space improves in cinema, waiting room, school, meeting room, hospital, hotel, office, automobile, train, public place, factory Gas is pure and fresh.

One, a kind of decomposing formaldehyde of the utility model, kill germ mould nanometer rouge glue without filter screen air purifier Acute toxicity test:

Material and method:

Test sample: sample is white yellow rouge glue, has fragrance.Experimental animal: 30 half male and half females of adult mice.

Method: referring to static contamination method.With a kind of decomposing formaldehyde, the nanometer rouge glue of germ mould is killed without filter screen air Clarifier one, mouse is placed in 2 cubic metres of toxicant exposure cabinets, is inserted into power supply, sucking decomposing formaldehyde, the nanometer rouge for killing germ mould Glue is run 72 hours without filter screen air purifier, is observed 2 weeks after taking-up, and toxic reaction is recorded.

Results and discussion:

There is Agitation in experiment 12 hours animals of contamination, active active, gradually appear inhibition symptom thereafter, and animal is quiet Motionless, exaggerated respiration is drowsiness, until contamination 72 hours take out.Animal restores as usual after 1 hour, is further continued for observation 3 weeks, does not send out Changing.Therefore it measures mouse and sucks a kind of decomposing formaldehyde, kills the nanometer rouge glue of germ mould without filter screen air purifier 72 The acute toxicity of hour, sample belongs to nontoxic.

Two, a kind of decomposing formaldehyde of the utility model, kill germ mould nanometer rouge glue without filter screen air purifier The Changhai ward hospital burn department ICU is put into spread of germs and toxicity test:

Purpose: infection is the main former cause of death of burn, and air is the important channel of spread of germs, and disease is effectively reduced Room bacterial content can help to reduce infection.This subject study carries out the air in the Changhai ward hospital burn department ICU Epidemiological survey, and the nanometer rouge glue of decomposing formaldehyde, killing germ mould is carried out without the effect of filter screen air purifier Observation.

Method: (1) safety evaluatio: mouse air sucks nanometer rouge glue material；Oral administration gavage, intraperitoneal injection nanometer rouge glue Material suspension；Eyes, the skin irritation test of rabbit.(2) bacteriostasis: its antibacterial work to G+, G- bacterium, fungi is observed With and its minimum inhibitory concentration.Before and after observing use, the comparison of bacterium air jet flow clump count.

As a result: the multipaths acute toxicity testing such as (1) being sucked, taken orally, is injected intraperitoneally confirms, animal will not be caused dead It dies.Antibacterial material does not cause respiratory symptom, and animal health condition is good.There is no irritation to skin, eyes.(2) can have Effect inhibits and kills G+, G- bacterium, fungi, and minimum inhibitory concentration is 1.5 ' 10-3 g/ml.Also have significantly to surface of a wound drug-fast bacteria Inhibiting effect.(3) nanometer rouge glue antibacterial material has apparent Air purification, and the bacterium that can be substantially reduced in air contains Amount about reduces by 98.5%.

Conclusion: the nanogel antibacterial material safely, effectively, for the ward ICU of burning, can purify air, effectively drop Low latitude gas bacterial number, while there is good flavored action, comfortable working environment can be provided for health care workers.

Three, the bactericidal effect experiment of the utility model:

1, method: a kind of decomposing formaldehyde kills the nanometer rouge glue of germ mould without filter screen air purifier and US Air Operation observation different time bactericidal effect carries out test comparison, experimental result table 1 in 39 cubic metres of rooms of gas purifier.

Table 1:

Experimental comparison	15-60 minutes to white grapes ball Bacterium killing rate %	15-60 minutes to Legionella Killing rate %	15-60 minutes to Staphylococcus aureus Bacterium killing rate %
				U.S.'s air is net Change device	1-12%	0-4%	1-3%
Air of the present invention Clarifier	99.3-99.8%	98-99.1%	98-99.2%

As can be seen from Table 1 a kind of a kind of decomposing formaldehyde of utility model of the invention, kill germ mould nanometer rouge glue without Filter screen air purifier killing rate high effect is good.

Four, a kind of decomposing formaldehyde of the utility model, kill germ mould nanometer rouge glue without filter screen air purifier With U.S.'s HEPA air purifier, different time pollutant effect experiment is observed.

Experimental result obtains table 2:

Experiment effect	PM0.1 purifying rate %	VOC foreign odor resolution ratio %	Formaldehyde decomposition rate %	Wind velocity, wind resistance, blocking test
					U.S.'s HEPA air purifier	31%	0	31%	Windage is big, blocks.
Air purifier of the present invention	99.93%	99.5%	99.9%	Wind velocity is fast, and windage is small, does not block.

A kind of decomposing formaldehyde of the utility model, the nanometer rouge glue of killing germ mould are empty without filter screen as can be seen from Table 2 Gas purifier is fast to filtering, and windage is small, does not block, and effect is good.

Five, a kind of decomposing formaldehyde of the utility model, kill germ mould nanometer rouge glue without filter screen air purifier It compares the test of U.S. HEPA air purifier and uses length of time effect test, be detailed in experimental result and obtain table 3:

Experimental result obtains table 3

Length experiment effect when use	720 hours	1440 hours	2160 hours	2800 hours	5680 hours
						Beauty stores up HEPA high efficiency particulate air filter	96%	82%	73%	54%	21%
Air purifier of the present invention	98-99.9%	97-98.3%	96-97.7%	93-94%	71-82.7%

As can be seen from Table 3 decomposing formaldehyde of the present invention, kill germ mould nanometer rouge glue without filter screen air purifier It is good using time long effect.

The advantageous effects of the utility model are:

1 uses channel-type layering stacking dish structure, and with the adsorbent nanometer rouge glue of innovation, unique purify is gone out poison It kills the virus and is combined as a whole, equipment sterilization process leaks without medical fluid, high effect nontoxic safety, and equipment is empty to indoor micro- pollution While gas enters nanometer rouge glue and kills the virus, also completing indoor air, to enter the mat woven of fine bamboo strips one, the mat woven of fine bamboo strips two, the mat woven of fine bamboo strips three, mat woven of fine bamboo strips four etc. logical Road formula layer by layer disc stack nanometer rouge glue layer to propagated influenza virus, Legionella, pulmonitis strain, typhoid fever germ, golden yellow grape Coccus, benzene, dimethylbenzene, formaldehyde, sulfur dioxide, hydrogen sulfide, smoke smog, PM2.5, nanometer little particle, is hanged staphylococcus albus Floating particles carry out that chemical reaction is played in collision adherency and oxygenolysis purification is eliminated, and room air enters a nanometer rouge glue layer, instead Answer conversion product and residual contaminants that can successively come into full contact with for a long time with nanometer rouge glue layer, clean-up effect has obtained significantly Improve and innovates.

2, the present invention achieves unexpected good effect in terms of to PM0.1 and nanometer little particle purification；Wherein, In the case where identical clean-up effect is realized in terms of the purification efficiency to PM0.1 particulate matter, purification efficiency of the invention is compared The prior art improves 95% or more, and purification speed effect has to be improved significantly.

3, the crucial creativeness for solving efficient long-acting phase purifying nano grade small particles of pollution object;It is harmful thin to solve killing Bacterium, the problem killed Legionella, kill mould, high efficiency decomposition oxidation formaldehyde, benzene, toxic and harmful gas and its peculiar smell smoke. Filtration, purification is breached not block, using the practicability of time length;With especially huge development prospect.

4, equipment is corrosion-resistant durable, easy to clean, changes and unpicks and washes flexibly, really realizes automobile exhaust pollution air repeatedly Purification channel does not block permanently, and the capacity of absorption cleaning pollutant increases and decreases stacking tank design replacement according to tail gas pollution flexible in size It is period, easy to operate, it is not only convenient for realizing device structure standardization, and be convenient for the daily operation management of equipment, cost It is low, there is practicability.

The present invention will be further described with reference to the accompanying drawings and examples.

Detailed description of the invention

Fig. 1 the utility model schematic cross-sectional view；

The main cross section structure diagram of Fig. 2 the utility model top cover；

The main cross section structure diagram of Fig. 3 the utility model stacking disk I；

The overlooking structure diagram of Fig. 4 the utility model stacking disk I；

The main cross section structure diagram of Fig. 5 the utility model stacking disk II；

The overlooking structure diagram of Fig. 6 the utility model stacking disk II；

Fig. 7 the utility model electric disc structural schematic diagram；

Fig. 8 the utility model most schematic diagram of base structure.

Referring to Fig. 1-8,1. top covers, the card slot plush copper of 2. top covers, the nanometre glue of 3. top covers, the venthole of 4. stacking disks I, 5. Disk I is laminated, the upper layer nanometre glue of 6. stacking disks I, lower layer's nanometre glue of 7. stacking disks I, 8. stacking disks II, 9. are laminated the upper of disks II Layer nanometre glue, lower layer's nanometre glue of 10. stacking disks II, 11. top cover air inlets, the intermediate venthole of 12. stacking disks II, 13. electricity Machine disk, 14. motor ventilation holes, 15. motors, 16. pedestals, the upper layer nanometre glue of 17. pedestals, the groove of 18. stacking disks I, 19. layers The groove of disc stack II, 20. motor blades, lower layer's nanometre glue of 21. pedestals, 22. electric disc grooves, 23. pedestal air inlet holes, 24. Base groove supports under 25. pedestals, lower layer's nanometre glue shelves item of 26. pedestals, the venthole of 27. pedestals, 28. electric disc card slots Plush copper, the card slot plush copper of 29. stacking disks II, the card slot plush copper of 30. stacking disks I, 31. motor nanometre glues.

Specific embodiment

Embodiment 1

Referring to Fig. 1-8, the utility model is a kind of decomposing formaldehyde, kills the nanometer rouge glue of germ mould without filter screen air I venthole 4 of disk, three stackings are laminated in clarifier, including a top cover 1, the card slot plush copper 2 of top cover, the nanometre glue 3 of top cover The upper layer nanometre glue 6 of disk I is laminated in disk I 5, and lower layer's nanometre glue 7 of disk I is laminated, and the upper layer of three stacking disks II 8, stacking disk II is received Rice glue 9, is laminated lower layer's nanometre glue 10 of disk II, and the intermediate venthole 12 of disk II, electric disc 13, electricity is laminated in top cover air inlet 11 The groove 18 of disk I is laminated in machine ventilation hole 14, motor 15, pedestal 16, the upper layer nanometre glue 17 of pedestal, and the groove 19 of disk II is laminated, Motor blade 20, lower layer's nanometre glue 21 of pedestal, electric disc groove 22, pedestal air inlet hole 23, base groove 24 support under pedestal 25, lower layer's nanometre glue shelves item 26 of pedestal, the venthole 27 of pedestal, electric disc card slot plush copper 28, the card slot plush copper of stacking disk II 29, the card slot plush copper 30 of disk I, motor nanometre glue 31 is laminated.

Top cover 1 be it is discoid, there is a top cover air inlet 11 in the top, and the lower part of top cover 1 is the card slot plush copper 2 of top cover, top There is the nanometre glue 3 of top cover inside lid 1.

It is stacking disk I 5 below top cover 1, it is discoid for being laminated outside disk I 5 also, there is a fixed thigh among it, The groove 18 of stacking disk I is arranged at top, the venthole 4 of phase Ying Youyi ring layer disc stack I on intermediate fixed thigh, fixed horizontal in centre The upper surface of crotch and the following upper layer nanometre glue 6 for having stacking disk I, are laminated lower layer's nanometre glue 7 of disk I.

There is stacking disk II 8 being laminated below disk I 5, it is discoid for being laminated outside disk II 8 also, there is a fixed cross among it Crotch, upper part have the groove 19 of stacking disk II, have the intermediate venthole 12 of stacking disk II in the middle part of intermediate fixed thigh, in Between fix the upper surface of thigh and it is following have stacking disk II upper layer nanometre glue 9, be laminated disk II lower layer's nanometre glue 10.

It is corresponding with a stacking disk I 5 again below stacking disk II 8, is corresponding with a layer again below stacking disk I 5 Disc stack II 8.

Be electric disc 13 below stacking disk II 8, be also outside electric disc 13 it is discoid, the centre of upper part has one Motor ventilation hole 14, the reverse side on the top of electric disc 13 have motor nanometre glue 31, and upper part has electric disc groove 22, middle part There is motor 15, there is electric disc card slot plush copper 28 in its underpart, and motor has motor blade 20.

Have pedestal 16 below electric disc 13, the upper external of pedestal 16 be also it is discoid, the lower part of pedestal 16 is circle 25 are supported under mesa-shaped pedestal, base groove 24 is arranged at the top of pedestal 16, there is pedestal air inlet hole 23, there is the upper layer nanometre glue of pedestal 17, there is the venthole 27 of pedestal on lower layer's nanometre glue 21 of pedestal, the left side, is corresponding with pedestal in 27 the inside of venthole of pedestal Lower layer's nanometre glue shelves item 26.

It is characterized by: top, stacking disk I 5 in pedestal 16, the top on top, electric disc 13 that disk II 8 is laminated has Card slot plush copper is arranged at groove, lower part, has the card slot plush copper 2 of top cover in the lower part of top cover 1, and in top cover 1, disk I 5 is laminated, disk II is laminated 8, there is nanometre glue in electric disc 13, pedestal 16.

Disk I 5 and the stacking cross-shaped state of disk II 8 arrangement is laminated.

A kind of decomposing formaldehyde, the nanometer rouge glue for killing germ mould can also be without filter screen air purifier technical solution It is achieved, accommodating Mizhi glue-line disc stack layer can be round, square, oblate shape.

It is received according to the nanometer rouge glue of a kind of decomposing formaldehyde described above, killing germ mould without filter screen air purifier The preparation method of Mizhi glue, it is characterised in that: the raw material of nanometer rouge glue composition effective component is matched by the calculating of following raw material weights It is made as 35-45 grams of cane sugar wax, 25-33 grams of soya wax, 15-28 grams of beeswax, 15-21 grams of tea oil, 8-25 grams of lavender oil, cloves Oily 5-12 grams；

The nanometer rouge glue of a kind of decomposing formaldehyde, killing germ mould described above is without filter screen air purifier nanometer rouge The preparation method of glue most preferably selects raw material weight number meter ratio range to be, it is characterised in that: 35 grams of cane sugar wax, 25 grams of soya wax, bee 15 grams of wax, 15 grams of tea oil, 8 grams of lavender oil, 5 grams of caryophyllus oil；

The nanometer rouge glue of a kind of decomposing formaldehyde, killing germ mould described above is without filter screen air purifier nanometer rouge Glue production technology, it is characterised in that: melt 15 grams of 35 grams of cane sugar wax, tea oil feeding agitator tank heating, after having melted, while stirring Mix side add 25 grams of soya wax be uniformly mixed, continue stir thermal melting, warming while stirring to 120 DEG C keep the temperature one hour, add 15 grams of beeswax are stirred for reaction 20 minutes after all dissolutions, are cooled to 90 DEG C, 8 grams of lavender oil, caryophyllus oil 5 are added again Gram continuing stirring and dissolving is uniformly mixed up to nanometer rouge glue finished product, and nanometer rouge glue is flowed into disk, be applied to family, air-conditioned room, Interior Space improves in cinema, waiting room, school, meeting room, hospital, hotel, office, automobile, train, public place, factory Gas is pure and fresh.

Claims (1)

1. a kind of decomposing formaldehyde kills the nanometer rouge glue of germ mould without filter screen air purifier, including top cover (1), top cover Card slot plush copper (2), the nanometre glue (3) of top cover, be laminated I venthole of disk (4), be laminated disk I (5), be laminated disk I upper layer nanometre glue (6), lower layer's nanometre glue (7) of disk I is laminated, is laminated disk II (8), the intermediate venthole (12) of disk II, electric disc (13), electricity is laminated The groove (18) of disk I is laminated in machine ventilation hole (14), motor (15), pedestal (16), the upper layer nanometre glue (17) of pedestal, and disk is laminated II groove (19), motor blade (20), lower layer's nanometre glue (21) of pedestal, electric disc groove (22), pedestal air inlet hole (23), Base groove (24) supports (25) under pedestal, lower layer's nanometre glue shelves item (26) of pedestal, pedestal venthole (27), electric disc card The card slot plush copper (29) of disk II is laminated in geosynclinal convex head (28), and card slot plush copper (30) motor nanometre glue (31) of disk I is laminated；

Top cover (1) be it is discoid, the top has top cover air inlet (11), and the lower part of top cover (1) is the card slot plush copper of top cover (2), there is the nanometre glue (3) of top cover inside top cover (1)；

Be stacking disk I (5) below top cover (1), stacking disk I (5) is external be also it is discoid, have a fixed thigh among it, Upper part has the groove (18) of stacking disk I, I venthole (4) of phase Ying Youyi ring layer disc stack on the fixed thigh in centre, solid in centre Determine the upper surface of thigh and the following upper layer nanometre glue (6) for having stacking disk I, lower layer's nanometre glue (7) of disk I is laminated；

Have stacking disk II (8) below stacking disk I (5), stacking disk II (8) is external be also it is discoid, have among it one fixed Thigh, upper part have the groove (19) of stacking disk II, there is the intermediate venthole of stacking disk II in the middle part of intermediate fixed thigh (12), in the upper surface of intermediate fixed thigh and the following upper layer nanometre glue (9) for having stacking disk II, lower layer's nanometre glue of disk II is laminated (10)；

It is corresponding with a stacking disk I (5) again below stacking disk II (8), is corresponding with one again below stacking disk I (5) It is laminated disk II (8)；

It is discoid that be electric disc (13) that electric disc (13) is external below stacking disk II (8) be also, the centre of upper part has one A motor ventilation hole (14), the reverse side on the top of electric disc (13) have motor nanometre glue (31), and upper part has electric disc groove (22), middle part has motor (15), and there is electric disc card slot plush copper (28) in its underpart, and motor has motor blade (20)；

Have below electric disc (13) pedestal (16), the upper external of pedestal (16) is also discoid, the lower part of pedestal (16) To support (25) under round table-like pedestal, the top of pedestal (16) has base groove (24), has pedestal air inlet hole (23) to have pedestal Upper layer nanometre glue (17), lower layer's nanometre glue (21) of pedestal, there is the venthole (27) of pedestal on the left side, in the venthole of pedestal (27) the lower layer's nanometre glue shelves item (26) for being corresponding with pedestal inside；

Disk I (5) and the cross-shaped state arrangement of stacking disk II (8) are laminated；

It is characterized by: top, stacking disk I (5) in pedestal (16), are laminated the top of disk II (8), the top of electric disc (13) Fluted, card slot plush copper is arranged at lower part, has the card slot plush copper (2) of top cover in the lower part of top cover (1), and in top cover (1), disk I is laminated (5), disk II (8) are laminated, electric disc (13), pedestal have nanometre glue in (16).