CN206498984U - A kind of haze device - Google Patents
A kind of haze device Download PDFInfo
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- CN206498984U CN206498984U CN201621433910.XU CN201621433910U CN206498984U CN 206498984 U CN206498984 U CN 206498984U CN 201621433910 U CN201621433910 U CN 201621433910U CN 206498984 U CN206498984 U CN 206498984U
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- friction generator
- haze
- air
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Abstract
The utility model discloses a kind of haze device, it is related to technical field of air purification, the device includes：Device body and at least one friction generator being arranged on inside device body；Wherein, air admission hole is further provided with the outside of device body, the inner side of device body is used to be in contact with the face of human body, and, at least one friction generator is used to vibrate when air admission hole enters air-flow, and produces the electrostatic field for the solid particle in adsorption gas flow.As can be seen here, the utility model is worked by the natural flow driving friction generator of gas, the electrostatic charge produced in friction generator output electrode forms alternating voltage between electrode, the high-voltage electrostatic field of deleterious particle in air can be adsorbed by producing simultaneously, preferable air purification effect is reached, the purpose of haze is realized.
Description
Technical field
The utility model is related to technical field of air purification, more particularly to a kind of haze device.
Background technology
Haze, is the portmanteau word of mist and haze.Haze is common in city.Haze to the harm of human body it is well known that China not
Mist is incorporated to haze together as diastrous weather phenomenon progress early-warning and predicting by few area, is referred to as " haze weather ".Haze weather
To the main harm of human body as the saying goes " autumn and winter poison mist murder knife "." haze " that we are visible, can't grab is in fact to body
Influence is larger.So, often haze takes place frequently the moment, and everybody can buy haze device and carry out personal protection.
However, inventor has found during the utility model is realized, in the prior art in the presence of following defect：Now
Haze device (such as haze mouth mask) be all harmful components filtering out PM2.5 in air using filtering material, this is just
There are problems that two：One be that the filtering material having can not effectively filter out the harmful components such as PM2.5, and two be that common unit filters out effect
Fruit is relevant with the thickness of filtering material, and the filtering material that can effectively filter out the haze device of PM2.5 harmful components all compares
Thick, pressure drag can hinder to breathe during wearable device, cause expiratory dyspnea, so as to influence the wish of public's wearable device than larger.Cause
This, prior art, which lacks, a kind of can effectively filter out the harmful components such as PM2.5 and the frivolous haze device of material.
Utility model content
The utility model provides a kind of haze device, and lacking one kind solving prior art can effectively filter out
The problem of harmful components such as PM2.5 and material frivolous haze device.
The utility model provides a kind of haze device, including：Device body and it is arranged on inside device body
At least one friction generator；Wherein, be further provided with least one air admission hole on the outside of device body, device body it is interior
Side is used to be in contact with the face of human body, also, at least one friction generator is used to shake when air admission hole enters air-flow
It is dynamic, and produce the electrostatic field for the solid particle in adsorption gas flow.
It is preferred that, device body further comprises：Extexine, endosexine and be arranged on the extexine and endosexine it
Between interlayer, then at least one described friction generator be located at the interlayer in；Wherein, the air admission hole is arranged on the interlayer
Middle part and/or sidepiece.
It is preferred that, it is further provided with the outside of the interlayer：It is capable of on the inflation storehouse of expansion or shrinkage, and the inflation storehouse
At least one gas port is further provided with, and at least one described gas port is arranged on the middle part and/or side in the inflation storehouse
Portion.
It is preferred that, the quantity of air admission hole be it is multiple, and each air admission hole respectively with the first end of each friction generator and/
Or second end it is relative；Wherein, the direction of the air-flow inside the haze device and the friction generator are blown into along air admission hole
It is parallel to each other or vertically.
It is preferred that, each friction generator includes：At least two electrode layers, and be arranged between at least two electrode layers
At least one vibrating diaphragm layer.
It is preferred that, the first end of at least two electrode layers and at least one vibrating diaphragm layer is to be fixed on inside device body
Second end of fixing end, at least two electrode layers and at least one vibrating diaphragm layer is to be covered by the freedom inside device body
End.
It is preferred that, at least two electrode layers include：First electrode layer and the second electrode lay, and the of at least one vibrating diaphragm layer
The first end of one end and first electrode layer contacts with each other, the first end of at least one vibrating diaphragm layer and the first end phase of the second electrode lay
Mutually separation.
It is preferred that, at least one vibrating diaphragm layer is tabular or wavy.
It is preferred that, at least one airflow hole is further provided with each friction generator.
It is preferred that, suction hole is further provided with the inside of device body, and/or the outside of device body is further set
There is scavenging air valve.
It is preferred that, be further provided with the outside of described device body at least one projection cover, and it is described at least one enter
Stomata is arranged at least one described projection cover.
It is preferred that, haze device is mouth mask or nose cup.
In a kind of haze device that the utility model is provided, the natural flow driving friction generator work of gas is utilized
Make, electrostatic charge is produced in friction generator output electrode, so that alternating voltage is formed between electrode, while producing to adsorb
The high-voltage electrostatic field of deleterious particle in air, reaches preferable air purification effect, realizes the purpose of haze.Meanwhile, it is used for
The material for making friction generator is macromolecule polymer material, relatively more frivolous so that whole haze device is not only frivolous, saturating
Gas is good, and wears conveniently.
Brief description of the drawings
Fig. 1 is a kind of schematic diagram in kind for haze device that the utility model embodiment one is provided；
Fig. 2 is a kind of a kind of cutting for the top view of the concrete structure for haze device that the utility model embodiment two is provided
Face figure；
Fig. 3 is a kind of top view of another concrete structure for haze device that the utility model embodiment two is provided
Sectional view；
Fig. 4 is that a kind of concrete structure of friction generator in a kind of haze device that the utility model embodiment is provided shows
It is intended to；
Fig. 5 is another concrete structure of friction generator in a kind of haze device that the utility model embodiment is provided
Schematic diagram.
Embodiment
To be fully understood by the purpose, feature and effect of the utility model, by following specific embodiments, to this practicality
It is new to elaborate, but the utility model is not restricted to this.
The utility model provide a kind of haze device, at least can solve the problem that lack one kind in the prior art can be effective
The problem of filtering out the harmful components such as PM2.5 and material frivolous haze device.
Embodiment one
The utility model embodiment one provides a kind of haze device, and the device includes：Device body and it is arranged on
At least one friction generator inside device body；Wherein, at least one air inlet is further provided with the outside of device body
Hole, the inner side of device body is used to be in contact with the face of human body, also, at least one friction generator is used to enter in air admission hole
Vibrated when entering air-flow, and produce the electrostatic field for the solid particle in adsorption gas flow.
In specific implementation, as shown in figure 1, being provided with one or more air inlets on the device body 110 of haze device
Hole 112, the air admission hole 112 is used to enter the present apparatus for outside air.The inner side of device body 110 is used for directly and human body face
It is in contact, therefore the material of inner side is preferably skin compatible material, it is to avoid cause user's skin uncomfortable.Set inside device body 110
At least one friction generator (not shown) is equipped with, when air-flow enters 110 inside of device body by air admission hole 112,
Air-flow can drive friction generator to vibrate, and contacted with each other between the frictional layer of friction generator, produce electrostatic charge, the electrostatic
Lotus induces electric charge in the electrode of friction generator, so as to form electrostatic field and high voltage between electrode；When air-flow pass through it is upper
When stating electrostatic field, the harmful substance in gas is adsorbed by electrostatic, so as to reach the purpose of purification gas.
As can be seen here, a kind of haze device that the utility model embodiment is provided, utilizes the natural flow driving of gas
Friction generator works, and thus the electrostatic charge produced in friction generator output electrode forms alternating voltage, together between electrode
When produce can adsorb the high-voltage electrostatic field of deleterious particle in air, reach preferable air purification effect, realize haze
Purpose.
Embodiment two
The utility model embodiment two provides a kind of haze device, and user is used for convenience, and the device is preferably set
It is calculated as mouth mask form or nose cup form.
The device includes：Device body and at least one friction generator being arranged on inside device body；The device
Body can be divided into extexine, endosexine and the interlayer being arranged between extexine and endosexine, wherein, extexine and interlayer
Collectively form in the outside of said apparatus body, above-mentioned interlayer and be provided with least one friction generator；Endosexine is separately formed
The inner side of said apparatus body.Wherein, air admission hole is further provided with the outside of device body, the air admission hole is flowed into for supply
Enter the present apparatus.Meanwhile, the quantity of the air admission hole be it is multiple, each air admission hole respectively with the first end of each friction generator and/
Or second end it is relative, friction generator is used to vibrate when air admission hole enters air-flow, and produces in adsorption gas flow
The electrostatic field of solid particle.In specific implementation, the air admission hole can be provided separately within extexine, can also be provided separately within
On interlayer, the correspondence position on extexine and interlayer can also be arranged on simultaneously.In order to improve air permeable effect, extexine and/or
Interlayer can be made using poromeric material.The inner side (i.e. endosexine) of device body is used to be in contact with the face of human body, because
Material on the inside of this is preferably skin compatible material, it is to avoid cause user's skin uncomfortable；In order that user's breathing is smooth, in device body
Inner side suction hole can also be set, the set location of the suction hole is preferably corresponding with user's mouth and nose on the inside of device body
Position.Other features such as shape, size and quantity for the suction hole, the utility model is not especially limited, this area
Technical staff can flexibly set according to actual conditions.In addition, the suction hole for being arranged on inside could be arranged to one-way intake hole,
For example, by catch make suction hole can only air-breathing and can not be vented.Moreover, the air admission hole being arranged on the outside of device body can also
One-way air inlet hole is set to, i.e.,：By catch or miscellaneous part make air admission hole can only air inlet and can not be vented.Correspondingly, in order to
Users'comfort is lifted, can also further be set on device body and unidirectional scavenging air valve is provided with steam vent, steam vent, from
And steam vent is vented and be unable to air inlet.The usage comfort of user can either be lifted by above-mentioned set-up mode, again can
Effectively prevent the inflow of pernicious gas.In addition, at least one projection cover can be further set in the outside of device body, and extremely
A few air admission hole is arranged on projection cover.Projection cover can be made using plastic material, moreover, steam vent can also be set
On projection cover, the setting in unidirectional scavenging air valve and/or one-way air inlet hole can be facilitated by projection cover, be conducive to lifting user
Experience.
Optionally, the inflation storehouse for being capable of expansion or shrinkage can also be further set on the outside of the interlayer.On the inflation storehouse
At least one gas port is provided with, for the gas inflated in storehouse to be imported into interlayer, so as to drive friction generator to work.
The gas port can be arranged on the middle part in inflation storehouse, can also be arranged on the sidepiece in inflation storehouse, can also inflate the middle part in storehouse
Gas port is all set with sidepiece, the utility model is not especially limited to this, those skilled in the art can be according to actual conditions
Flexibly set.When gas port is arranged in the middle part of inflation storehouse, gas enters airflow direction and the triboelectricity of interlayer from inflation storehouse
Machine is vertical；When gas port is arranged on inflation storehouse sidepiece, gas enters the airflow direction and friction generator of interlayer from inflation storehouse
It is parallel.
Further, for the ease of cleaning, the utility model provide haze device whole interlayer and its comprising
Friction generator is dismountable.
Example one
Fig. 2 is a kind of a kind of bowing for concrete structure of the example one for haze device that the utility model embodiment two is provided
The sectional view of view, as seen from the figure, the device include：Device body and at least one the friction hair being arranged on inside device body
Motor 231, wherein, device body includes extexine 210, endosexine 220, is arranged between extexine 210 and endosexine 220
Interlayer 230 and the inflation storehouse 240 being arranged on the outside of interlayer.
The concrete structure of each layer shown in figure is illustrated in detail below：
Multiple air admission hole (not shown)s and the gas channel 211 being connected with air admission hole are provided with extexine 210,
The gas channel 211 causes inflation storehouse 240 to be in communication with the outside, and gas can flow into and out inflation storehouse by gas channel 211
240.In order to effectively control the turnover of air-flow, scavenging air valve (not shown) can be set in each gas channel 211.The gas
Circulation road is effectively equivalent to gas port mentioned above.
Endosexine 220 is used to be in contact with the face of human body, therefore the material of endosexine 220 is preferably skin compatible material, with
Avoid causing user's skin uncomfortable；In order that user's breathing is smooth, can be with suction hole 221, the suction hole on endosexine 220
221 set location is preferably position corresponding with user's mouth and nose on endosexine 220.It is shape for the suction hole 221, big
Other features such as small and quantity, the utility model embodiment is not especially limited, and those skilled in the art can be according to reality
Situation is flexibly set.
In the present embodiment, two friction generators 231, one end of each friction generator 231 are provided with interlayer 230
It is fixedly installed on interlayer, the other end is set for cantilever.The cantilever end formation first kind airflow hole of two friction generators 231
233, meanwhile, multiple Equations of The Second Kind airflow holes 232, first kind airflow hole 233 and second are provided with each friction generator 231
Class airflow hole 232 is conducive to the flowing of gas, that is, facilitates air-flow to enter in interlayer 230 and drive friction generator work, and side
Just the gas exhausting device body that user breathes out.Wherein, the shape of friction generator 231 can be the shape for being adapted to interlayer,
Can be set to other shapes according to actual conditions, the utility model embodiment is not especially limited to this, art technology
Personnel can set according to actual conditions.
Inflation storehouse 240 is used to store air, and side is connected with extexine 210, and opposite side is connected with interlayer 230.Should
Inflation storehouse 240 is preferably formed with elastic collapsible material, when there is air-flow to be full of wherein, and bladder shape is presented in inflation storehouse 240；When
When inflating in storehouse 240 without air, the inflation storehouse 240 can be punctured into thin layer and be attached on interlayer 230.Allow for convenience and inflate storehouse
Air in 240 enters in interlayer 230, and the one side that inflation storehouse 240 is connected with interlayer 230 can also set at least one air flue
Mouth (not shown), in this example, the gas port are arranged on the middle part in inflation storehouse, and gas enters the gas of interlayer from inflation storehouse
Stream direction is vertical with friction generator, and each layer that can directly drive friction generator perpendicular to the air-flow of friction generator shakes
It is dynamic, and then promote friction generator to generate electricity.Further, since the air-flow in example one is perpendicular to friction generator, therefore, in friction
Further set Equations of The Second Kind airflow hole to improve vibrating effect on generator, lift generating efficiency.
Operationally, outside air is entered in inflation storehouse 240 by gas channel 211, non-purified in inflation storehouse 240
Air is entered in interlayer 230 by gas port；Air-flow into interlayer 230 drives the vibrating power-generation of friction generator 231 to produce electricity
Lotus, between two electrodes of friction generator 231 form the deleterious particle in electrostatic field, air-flow is adsorbed by above-mentioned electrostatic field, from
And play a part of purifying air；Air after purification is sucked by suction hole 221 for user.Meanwhile, user exhales for convenience
The gas discharge present apparatus gone out, sets on steam vent (not shown), steam vent on device body and is provided with unidirectional ventilation
Valve, so that steam vent, which can only be vented, is unable to air inlet.
In the examples described above, by setting inflation storehouse in the outside of interlayer, and gas port is set at the middle part in inflation storehouse, from
And vibrated by each layer that friction generator is directly driven perpendicular to the air-flow of friction generator, it can be increased by inflating storehouse and rubbed
The wind-force suffered by generator is wiped, so as to lift generating effect.In addition, in the other examples of the utility model, can not also set
Inflation storehouse is put, correspondingly, air admission hole only is set at the middle part of interlayer and/or sidepiece.
Example two,
Fig. 3 is a kind of a kind of bowing for concrete structure of the example two for haze device that the utility model embodiment two is provided
The sectional view of view.The main distinction of the structure of device is in the structure and Fig. 2 of device in Fig. 3：Device in Fig. 3 does not include
Storehouse is inflated, and air admission hole is located at the sidepiece of device.Specifically, extexine 310 is connected with interlayer 330, the sidepiece of the interlayer 330
Position close to the fixing end of friction generator 331 is provided with air admission hole 332.When outside air from gas channel 311 enters device
When internal, air-flow is only capable of entering in interlayer 330 by air admission hole 332, and air-flow is rubbed with being driven parallel to the direction of friction generator
Wipe the triboelectricity of generator 331 and produce electrostatic charge, thus electrostatic field is formed between the electrode of friction generator 331, so as to inhale
Deleterious particle in attached gas, and then purify air.The haze device of the structure is particluarly suitable for the big weather of wind and used.Its
In, it can be blown into parallel to the air-flow of friction generator along along the gap of each layer end of friction generator inside friction generator,
And then preferably promote friction generator to generate electricity.In addition, in the example depicted in fig. 3, can also the mode of reference picture 2 be provided with
Storehouse is inflated, correspondingly, air admission hole is set in the sidepiece of interlayer, and in the sidepiece setting gas port in inflation storehouse, so that by parallel
It is blown into gap of the air-flow along each layer end of friction generator of friction generator inside friction generator, by inflating storehouse energy
The wind-force suffered by friction generator is enough increased, so as to lift generating effect.Further, since the parallel current in example two is in friction
Generator, therefore, in the present embodiment, without the further setting Equations of The Second Kind airflow hole in friction generator, also, without
Air admission hole just is set to the position of the cantilever end of friction generator in interlayer, parallel friction generator is blown into thus, it is possible to be lifted
Air-flow intensity, and then lifted generating effect.
In a word, in the scheme shown in example one and example two, inflation storehouse can be both set to be not provided with inflating storehouse,
And gas port can both be arranged on be arranged in the middle part of inflation storehouse and inflate storehouse sidepiece, or even inflation can also be arranged on simultaneously
Storehouse middle part and sidepiece, the present invention are not limited concrete implementation mode.For example, the scheme without inflation storehouse is particularly suitable for use in, wind is big
Weather or cycling during, during having the scheme weather that is particularly suitable for use in calm in inflation storehouse or stopping.Air admission hole
And/or gas port is located at the scheme at middle part of whole device and air-flow can be made to be blown into perpendicular to friction generator, air admission hole and/or
The scheme that gas port is located at the sidepiece of whole device can be such that parallel current is blown into friction generator, and those skilled in the art can
Suitable set-up mode is selected according to specific wind direction and application scenarios.
This programme is further understood for convenience, and the specific configuration to friction generator is illustrated below：
In the haze device that the utility model is provided, each friction generator includes at least two electrode layers (i.e. the
One electrode layer and the second electrode lay), and at least one vibrating diaphragm layer being arranged between above-mentioned at least two electrode layer.Wherein, extremely
The first end of few two electrode layers and at least one vibrating diaphragm layer is to be fixed on the fixing end inside device body, and the of vibrating diaphragm layer
The first end of one end and first electrode layer contacts with each other, and is separated from each other with the first end of the second electrode lay；Above-mentioned electrode layer and upper
The second end for stating vibrating diaphragm layer is to be covered by the free end inside device body.The vibrating diaphragm layer is shaped as tabular or wave
Vibrating diaphragm layer can also be set to other shapes by shape, but, those skilled in the art according to actual conditions, and the utility model is not made
It is specific to limit.Wherein, the set-up mode that vibrating diaphragm layer first end and the first end of an electrode layer are separated from each other is advantageously in gas
Stream is blown into inside friction generator from the end of friction generator, and then promotes friction generator to generate electricity, and which is especially suitable
In the scheme for having inflation storehouse, and the gas port set on inflation storehouse is preferably directed towards the first end of each layer of friction generator.
In addition, the second end of each layer of friction generator is advantageously swung with the wind for the set-up mode of free end in friction generator,
And because swing when effect of inertia improve generating effect.
Specifically, Fig. 4 is illustrated that a kind of concrete structure of friction generator, and the friction generator is a kind of three-decker
Friction generator, including：Two electrode layers, i.e. first electrode layer 410 and the second electrode lay 430, and a vibrating diaphragm layer
420, the wherein first end of first electrode layer 410 is connected with the first end of vibrating diaphragm layer 420, the first end of the second electrode lay 430
It is separated with the first end of vibrating diaphragm layer 420, vibrating diaphragm layer 420 is tabular, and possesses a free end 421.When air-flow is from vibrating diaphragm
When 420 first extreme direction of layer enter, vibrating diaphragm layer 420 is driven to vibrate, so that the shape between first electrode 410 and second electrode 430
Into high-voltage electrostatic field, the deleterious particle that the high-voltage electrostatic field can be in adsorption gas flow reaches the effect of purification air with this.
In other embodiments, the concrete structure of friction generator can also be as shown in Figure 5.In Fig. 5 friction generator with
Be between vibrating diaphragm layer 520 and first electrode layer 510 can be by elastomeric element 540 (for example for the difference of friction generator in Fig. 4
Elastomeric pad or spring) connection, the friction generator of this structure is because be provided with elastomeric element 540, and vibrating diaphragm layer 520 is more held
Vibration is also easy to produce, generating effect more preferably, is particularly suitable for use in and blows the application scenarios that friction generator generates electricity by extraneous natural wind.
In addition, in the above-described embodiments, the vibrating diaphragm layer inside friction generator is tabular, flat triboelectricity
Machine is easily prepared, air drag is small, preferably can be blown by wind.In other embodiments of the invention, it will can also rub
The vibrating diaphragm layer of generator is set to wavy, and crest position and trough position in wavy vibrating diaphragm layer can be more preferable
The electrode layer phase mutual friction on ground and both sides up and down, so as to be conducive to lifting generating effect.
Except the friction generator of above three-decker, the friction generator used in scheme of the present utility model can be with
For four-layer structure, the friction generator of five layers of membrane structure or five layers of intervening electrode mechanism between two parties, above-mentioned friction generator is extremely
It is few to include constituting two surfaces of frictional interface, and have and can form two electrodes of high voltage electric field.
Specifically, the friction generator of four-layer structure includes：The first electrode layer that is cascading, the first vibrating diaphragm layer,
Second vibrating diaphragm layer and the second electrode lay, its phase mutual friction relied primarily between the first vibrating diaphragm layer and the second vibrating diaphragm layer produce electricity
Lotus, can also rely between the first vibrating diaphragm layer and the second vibrating diaphragm layer, between the first vibrating diaphragm layer and first electrode layer and the simultaneously
Phase mutual friction between two vibrating diaphragm layers and the second electrode lay produces electric charge.The friction generator bag of five layers of membrane structure between two parties
Include：The first electrode layer that is cascading, between two parties the first vibrating diaphragm layer, vibrating diaphragm layer, the second vibrating diaphragm layer and the second electrode lay, its
Rely primarily between the first vibrating diaphragm layer and vibrating diaphragm layer between two parties and the phase mutual friction production between vibrating diaphragm layer and the second vibrating diaphragm layer between two parties
Raw electric charge, can also rely on simultaneously between first electrode layer and the first vibrating diaphragm layer, the first vibrating diaphragm layer and between two parties between vibrating diaphragm layer, occupy
Between phase mutual friction between vibrating diaphragm layer and the second vibrating diaphragm layer and between the second vibrating diaphragm layer and the second electrode lay produce electric charge.Five
The friction generator of layer intervening electrode structure includes：The first electrode layer that is cascading, the first vibrating diaphragm layer, intervening electrode
Layer, the second vibrating diaphragm layer and the second electrode lay, it is relied primarily between first electrode layer and the first vibrating diaphragm layer, the first vibrating diaphragm layer with
Intervening electrode layer between, intervening electrode layer and the second vibrating diaphragm layer between and the second vibrating diaphragm layer and the second electrode lay between it is mutual
Rub to produce electric charge.Electrode layer material in above-mentioned friction generator is metal, and vibrating diaphragm layer material is high molecular polymerization
Thing.As can be seen here, in the friction generator of three-decker, metal and polymer phase mutual friction are relied primarily on；In four-layer structure
Friction generator in, rely primarily on polymer and polymer phase mutual friction；In the friction generator of five layers of membrane structure between two parties
In, rely primarily on polymer and polymer phase mutual friction；In the friction generator of five layers of intervening electrode structure, gold is relied primarily on
Category and polymer phase mutual friction.Wherein, when metal rubs with polymer, because metal is more easy to lose electronics, thus generating effect
More preferably.
The friction generator used in the utility model is made up of macromolecule polymer material, and be it is dismountable, this
The device of sample is more frivolous and can be used repeatedly, and cost is greatlyd save compared with disposable haze device.In addition,
Comfort level when being used to increase, it is preferred to use flexible friction generator.
As can be seen here, a kind of haze device that the utility model is provided, is rubbed using the natural flow driving of gas and sent out
Motor works, and thus the electrostatic charge produced in friction generator output electrode forms alternating voltage between electrode, produces simultaneously
The high-voltage electrostatic field of deleterious particle in air can be adsorbed, preferable air purification effect is reached, the purpose of haze is realized.Together
When, the material for making friction generator is macromolecule polymer material, relatively more frivolous so that whole haze device is not only
Frivolous, good permeability, and wear conveniently.
In summary, in a kind of haze device that the utility model is provided, rubbed using the natural flow driving of gas
Wipe Generator Vibration to generate electricity, the harmful substance in air is adsorbed in the high-voltage electrostatic field produced by friction generator, energy
Enough preferably purification air, make haze better, preferably protect user's healthy.Simultaneously as triboelectricity
Machine material uses more frivolous high molecular polymer material so that more preferably, structure is lighter for the gas permeability of whole haze device.
In addition, in haze device whole interlayer and its comprising friction generator be detachable design so that the device can
It is used repeatedly, greatly reduces cost, more energy-conserving and environment-protective.
Although it will be understood by those skilled in the art that in described above, being employed for ease of understanding, the step of to method suitable
Sequence is described, it should be understood that the order for above-mentioned steps does not make strict limitation.
Can be with one of ordinary skill in the art will appreciate that realizing that all or part of step in above-described embodiment method is
The hardware of correlation is instructed to complete by program, the program can be stored in a computer read/write memory medium, such as：
ROM/RAM, magnetic disc, CD etc..
It will also be appreciated that the apparatus structure shown in accompanying drawing or embodiment is only schematical, logic knot is represented
Structure.The module wherein shown as separating component is probably or may not be portion that is physically separate, being shown as module
Part is probably or may not be physical module.
Obviously, those skilled in the art can carry out various changes and modification without departing from this practicality to the utility model
New spirit and scope.So, if these modifications and variations of the present utility model belong to the utility model claim and
Within the scope of its equivalent technologies, then the utility model is also intended to comprising including these changes and modification.
Claims (13)
1. a kind of haze device, it is characterised in that including：Device body and it is arranged on described device body interior at least
One friction generator；
Wherein, at least one air admission hole is further provided with the outside of described device body, the inner side of described device body is used for
It is in contact with the face of human body, also, at least one described friction generator is used to occur when the air admission hole enters air-flow
Vibration, and produce the electrostatic field for adsorbing the solid particle in the air-flow.
2. haze device according to claim 1, it is characterised in that described device body further comprises：Extexine,
Endosexine and the interlayer being arranged between the extexine and endosexine, then at least one described friction generator is positioned at described
In interlayer；Wherein, the air admission hole is arranged on middle part and/or the sidepiece of the interlayer.
3. haze device according to claim 2, it is characterised in that be further provided with the outside of the interlayer：Can
At least one gas port, and at least one described gas are further provided with the inflation storehouse of expansion or shrinkage, and the inflation storehouse
Road junction is arranged on middle part and/or the sidepiece in the inflation storehouse.
4. according to any described haze devices of claim 1-3, it is characterised in that the quantity of the air admission hole be it is multiple,
And each air admission hole is relative with the first end of each friction generator and/or the second end respectively；Wherein, it is blown into along air admission hole described
The direction of air-flow inside haze device is parallel to each other or vertical with the friction generator.
5. haze device according to claim 1, it is characterised in that each friction generator includes：At least two electricity
Pole layer, and at least one vibrating diaphragm layer being arranged between at least two electrode layer.
6. haze device according to claim 5, it is characterised in that at least two electrode layer and it is described at least
The first end of one vibrating diaphragm layer is the fixing end for being fixed on described device body interior, at least two electrode layer and described
Second end of at least one vibrating diaphragm layer is the free end for being covered by described device body interior.
7. haze device according to claim 6, it is characterised in that at least two electrode layer includes：First electricity
Pole layer and the second electrode lay, and the first end phase mutual connection of the first end of at least one vibrating diaphragm layer and the first electrode layer
Touch, the first end of at least one vibrating diaphragm layer and the first end of the second electrode lay are separated from each other.
8. haze device according to claim 4, it is characterised in that at least one described vibrating diaphragm layer is tabular or ripple
Wave-like.
9. according to any described haze devices of claim 5-7, it is characterised in that at least one described vibrating diaphragm layer is flat board
Shape is wavy.
10. haze device according to claim 1, it is characterised in that be further provided with each friction generator
At least one airflow hole.
11. haze device according to claim 1, it is characterised in that the inner side of described device body is further set
There is suction hole, and/or the outside of described device body is further provided with scavenging air valve.
12. haze device according to claim 1, it is characterised in that the outside of described device body is further set
There is at least one projection cover, and at least one described air admission hole is arranged at least one described projection cover.
13. haze device according to claim 1, it is characterised in that the haze device is mouth mask or nose cup.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621433910.XU CN206498984U (en) | 2016-12-23 | 2016-12-23 | A kind of haze device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621433910.XU CN206498984U (en) | 2016-12-23 | 2016-12-23 | A kind of haze device |
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| CN206498984U true CN206498984U (en) | 2017-09-19 |
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| CN201621433910.XU Active CN206498984U (en) | 2016-12-23 | 2016-12-23 | A kind of haze device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111973903A (en) * | 2020-07-10 | 2020-11-24 | 东华大学 | High-filtering-efficiency triboelectric mask based on charge pump principle |
| WO2021098480A1 (en) * | 2019-11-20 | 2021-05-27 | 华南理工大学 | Full-fiber electret generator-based highly efficient protective mask and preparation method therefor |
-
2016
- 2016-12-23 CN CN201621433910.XU patent/CN206498984U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021098480A1 (en) * | 2019-11-20 | 2021-05-27 | 华南理工大学 | Full-fiber electret generator-based highly efficient protective mask and preparation method therefor |
| CN111973903A (en) * | 2020-07-10 | 2020-11-24 | 东华大学 | High-filtering-efficiency triboelectric mask based on charge pump principle |
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