CN204880425U - Indoor clean system - Google Patents
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- CN204880425U CN204880425U CN201520607093.4U CN201520607093U CN204880425U CN 204880425 U CN204880425 U CN 204880425U CN 201520607093 U CN201520607093 U CN 201520607093U CN 204880425 U CN204880425 U CN 204880425U
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Abstract
The utility model provides an indoor clean system, including static dust collecting device and negative ion air -cleaner, wherein, negative ion air -cleaner is provided with timing unit and radio signal transmitting element, static dust collecting device is provided with the radio signal recepition unit, negative ion air -cleaner sets up on the ceiling, the timing unit generates the timing control signal and exports to the radio signal transmitting element, the radio signal transmitting element is received the timing control signal erupts simultaneously and delivers to the radio signal recepition unit, the radio signal recepition unit is received the timing control signal generates the drive control signal drive the action of static dust collecting device. The utility model has the advantages of energy -conserving high efficiency, low cost and application scope are wide.
Description
Technical field
The utility model relates to technical field of air purification, particularly relates to a kind of indoor purifying system.
Background technology
The principle of negative ion air-cleaner, refer to the electronics that utilizes and catch more than 1 or 1 and with the oxonium ion of negative electrical charge, make it be combined with bacterium and dust granules, while killing bacterium, make bacterium and dust granules fall to ground, and then reach the object of sterilization and dedusting.Therefore, if negative ion air-cleaner to be arranged on the height higher than human body, then its region area that can cover is maximum, and effect is best.
But produce with using negative ion air-cleaner and also create some problems, because negative ion air-cleaner has excellent depositing dust effect, the micronic dust part attachment of sedimentation on the ground.If do not cleared up for a long time, then can make ground blackening.Negative ion concentration is higher, detergence(-cy) is stronger, occurs that ground pollution phenomenon is more obvious.Especially negative ion air-cleaner is arranged on roof, there is the active high and minimum particulate reaching 1 micron of small particle diameter anion energy adsorption-condensation sedimentation that migration distance is far away, be easy to pollute ground.
The position of the micro-wet towel wiping of soaking of regular absorbing liquid or liquid detergent solution or regular adjustment negative ion air-cleaner for the processing mode of micronic dust on ground in prior art.But the treatment effect of above-mentioned two kinds of modes is limited, be difficult to stop the pollution for ground.
Summary of the invention
The utility model is intended to design and proposes a kind of indoor purifying system, is intended to the pollution that the effect of solution negative ion air-cleaner depositing dust causes ground.
The technical scheme that the utility model provides is, a kind of indoor purifying system, comprises electrostatic dust-collecting device and negative ion air-cleaner, and wherein, described negative ion air-cleaner is provided with timing unit and wireless signal transmitting element; Described electrostatic dust-collecting device is provided with reception of wireless signals unit; Described negative ion air-cleaner is arranged on the ceiling; Described timing unit generates timing controling signal and exports described wireless signal transmitting element to; Described wireless signal transmitting element receives described timing controling signal and is sent to described reception of wireless signals unit, and described reception of wireless signals unit receives described timing controling signal and generates drive control signal and drives described electrostatic dust-collecting device action.
Further, described negative ion air-cleaner comprises purifier shell, power control unit and anion generating unit; Wherein, described power control unit exports the signal of telecommunication to described timing unit; Described timing unit receives the described signal of telecommunication and starts working.
For providing multiple power solution flexibly, the voltage signal of input is changed into DC voltage and drives described anion unit outwards to discharge electronics by described power control unit; Described negative ion air-cleaner also comprises wireless charging receiver, battery and power interface; Wherein said wireless charging receiver, battery and power control unit are electrically connected successively; The input of described power port connects mains supply; The input of described power control unit passes through the output receiver voltage signal of described battery or power port.
Install negative ion air-cleaner for avoiding additionally adding support structure, described power interface comprises plug base pin and threaded port; Wherein said plug base pin, power control unit and anion generating unit are electrically connected successively; Described threaded port, power control unit and anion generating unit are electrically connected successively; The input of described power control unit is by the output receiver voltage signal of described plug base pin or threaded port.
For improving stabilization of equipment performance, described negative ion air-cleaner also comprises base, and described power control unit, battery and wireless charging receiver are arranged on described chassis interior.
For convenience of using, described plug base pin is rotatably connected with described base, and described base bottom is provided with cavity; When described plugs and sockets screws in base, described plug base pin is arranged in described cavity.
For ease of replacing, described threaded port is removably connected with described base.
The defect of secondary pollution is easily there is for overcoming conventional cleaners and sweeping robot, described electrostatic dust-collecting device comprises dust collect plant housing, driver element, collecting unit of dust and control unit, described driver element, collecting unit of dust and control unit are arranged in described housing; Wherein, described control unit is electrically connected with electrostatic generation unit, and described control unit generates electrostatic and produces signal and export described electrostatic generation unit to, and described electrostatic generation unit exports DC high-voltage makes the dust in described collecting unit of dust charged; Described control unit is electrically connected with described collecting unit of dust and is formed with electric field in described collecting unit of dust, and described collecting unit of dust periphery is provided with insulating frame; Described inner walls is provided with guide rail, and described frame to stretch in described guide rail and along described slide; Described driver element receives described control unit and generates and the drive singal exported, and drives the road wheel action be arranged on the downside of housing.
For optimizing the dust removing effects of electrostatic dust-collecting device, described electrostatic dust-collecting device also comprises flow guiding unit; Described control unit, flow guiding unit, collecting unit of dust and driver element are successively set in described purifier housing from top to bottom; Be provided with at least one air intake vent on the downside of described purifier housing, described flow guiding unit is formed with many air channels from bottom to top in described collecting unit of dust.
For realizing the remote wireless control of indoor purifying system, described control unit comprises microprocessor, dust collect plant battery and the second wireless charging receiver; Wherein said reception of wireless signals unit, microprocessor and flow guiding unit are electrically connected successively; Described reception of wireless signals unit, microprocessor and electrostatic generation unit are electrically connected successively; Described reception of wireless signals unit receives wireless signal and exports described microprocessor to, and described microprocessor receives described wireless signal and generates wireless control signal and transfers to described flow guiding unit, collecting unit of dust and/or described electrostatic generation unit; Described flow guiding unit, collecting unit of dust and/or electrostatic generation unit receive described wireless control signal and action.
The indoor purifying system provided that the utility model proposes is provided, by the cooperation between negative ion air-cleaner and electrostatic dust-collecting device, while purifying air, avoid the pollution to ground, can the problem of disposable solution room air and floor cleaning; Without the need to adding extra equipment, both can realize best air cleaning effect, there is efficient energy-saving, advantage with low cost and applied widely.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is embodiments more of the present utility model, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The structural representation of a kind of embodiment of indoor purifying system that Fig. 1 proposes for the utility model;
A kind of structural representation that Fig. 2 is negative ion air-cleaner shown in Fig. 1;
The another kind of structural representation that Fig. 3 is negative ion air-cleaner shown in Fig. 1;
Fig. 4 is the structural representation of a kind of embodiment of electrostatic precipitator shown in Fig. 1;
The structural representation of the another kind of embodiment that Fig. 5 is electrostatic precipitator shown in Fig. 1;
Fig. 6 is the top view of electrostatic precipitator shown in Fig. 4;
The theory diagram of the indoor purifying system that Fig. 7 proposes for the utility model.
Detailed description of the invention
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is the utility model part embodiment, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making the every other embodiment obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Refer to Fig. 1, Fig. 1 is the structural representation of the indoor purifying system of the utility model first embodiment.As shown in the figure, the indoor purifying system disclosed in the present embodiment is primarily of negative ion air-cleaner 11 and automatically can move in flooring and the electrostatic dust-collecting device 6 cleaned flooring.Wherein, the Main Function of negative ion air-cleaner 11 purifies the air of a room, and play degermation to a certain extent.Because negative oxygen ion Neutralization settlement is better for less particle effect, small particle diameter anion can make an initiative sally and catch granule micronic dust, make it condense and precipitate, therefore air 2.5 microns (PM2.5) and following micronic dust can effectively be removed, the even particulate of 1 micron, thus reduce PM2.5 to the harm of health.Anion eliminates floating dust in conjunction with promoting floating dust Brownian movement after floating dust, makes it be polymerized to fall.Electrostatic dust-collecting device 6 then can be polymerized to fall micronic dust on the ground by Automatic clearance negative ion air-cleaner.As shown in the figure, compared to prior art, the negative ion air-cleaner 11 in the indoor purifying system that the present embodiment proposes is arranged on ceiling 10, to realize the best purification effect of negative ion air-cleaner 11.In general, the distance of flying away of the anion that negative ion air-cleaner 11 sends is about 2 cubic metres, and the negative ion air-cleaner 11 be arranged on ceiling 10 has settling height farthest, substantially can regional in covering chamber.If interior space area is comparatively large, also multiple negative ion air-cleaner 11 can be laid on ceiling 10.Shown in Figure 4, in the present embodiment, negative ion air-cleaner is also provided with timing unit 4 and the first wireless signal transmitting element 5, corresponding, electrostatic dust-collecting device 6 is provided with reception of wireless signals unit 7.First wireless signal transmitting element 5 and reception of wireless signals unit 7 can be realized by one group of bluetooth module, also can be realized electronic equipment or the chip realization of transmission of wireless signals by other.At negative ion air-cleaner 11 after hours, timing unit 4 generates the timing controlled signal of telecommunication and exports the first wireless signal transmitting element 5, first wireless signal transmitting element 5 to and receives timing controling signal and export reception of wireless signals unit 7 to.Reception of wireless signals unit 7 receives timing controling signal and generates drive control signal and drives electrostatic dust-collecting device 6 action.Adopt the cooperation between timing unit 4, first wireless signal transmitting element 5 and reception of wireless signals unit 7, can be implemented in the very short time after negative ion air-cleaner 11 sends anion, being accumulated in ground micronic dust can be cleaned totally by very fast, both can not pollute in face over the ground, also complete the purification to room air simultaneously.
As shown in the figure, negative ion air-cleaner 11 is provided with wireless charging and tradition power supply two kinds of power solutions.Comprise the wireless charging receiver 14, clarifier battery 15 and the power control unit 3 that are electrically connected successively, first wireless charging receiver 14 charges for clarifier battery 15, power control unit 3 is directly powered by clarifier battery 15, to realize the wireless charging to negative ion air-cleaner 11.Also comprise the power port 2 that input is connected with mains supply, the input of power control unit 3 passes through the output receiver voltage signal of power port 2.The power source design of negative ion air-cleaner 11 can be selected between.Wherein power control unit 3 comprises the overload protecting circuit, transformer, rectification circuit, filter circuit and the mu balanced circuit that are electrically connected successively.If adopt wireless charging mode, in the first wireless charging receiver 14 receiving chamber, wireless charging transmitter 13 uses the aerial array with intelligently guiding to focus on a branch of microwave sent.That is microwave electric energy is directly sent to negative ion air-cleaner 11 and charges to clarifier battery 15 by wireless charging transmitter 13.Namely clarifier battery 15 begins through power control unit 3 and directly powers to anion generating unit 8.
Specifically; the mains supply 1 accessed by power port 2 or the direct power supply of clarifier battery 15 first access overload protecting circuit; transfer low-voltage output to rectification circuit and circuit filtering after filtering through transformer, then obtain stable DC low-voltage through mu balanced circuit and export anion generating unit 8 to.Stable DC low-voltage is transformed into DC high voltage by anion generating unit 8, and outwards discharges electronics under the effect of DC high voltage.Mu balanced circuit is obtaining while stable DC low-voltage exports anion generating unit 8 to by power control unit 3, and export the signal of telecommunication to timing unit 4, timing unit 4 receives the described signal of telecommunication and starts working.Timing unit 4 has preset timing, at anion generating unit 8 after hours, generates the timing controlled signal of telecommunication and exports the first wireless signal transmitting element 5 to.Above-mentioned timing unit 4 is 555 timers or single-chip microcomputer.Same, also the second wireless charging receiver 16 can be installed on electrostatic dust-collecting device 6, and be charged for electrostatic dust-collecting device 6 by the wireless charging transmitter 13 of indoor setting.
As shown in Figures 2 and 3, the negative ion air-cleaner 11 used in the present embodiment can be set directly on ceiling 10, without the need to adding other auxiliary installing device.When adopting the power supply mode of wireless charging, negative ion air-cleaner can be placed in the optional position on roof.Adopt the power supply mode of mains supply, negative ion air-cleaner 11 is provided with power interface 2.Power interface 2 comprises threaded port 2-1 and plug base pin 2-2.The output of threaded port 2-1 connects the input of power control unit 3; The output of power control unit 3 connects the input of anion generating unit 2.The output of plug base pin 2-2 connects the input of power control unit 3, and the output of power control unit 3 connects the input of anion generating unit 8.During use, user can select wherein a kind of mode to be that negative ion air-cleaner 11 is powered according to actual environment, and namely power control unit 3 is by the output receiver voltage signal on any road in threaded port 2-1 and plug base pin 2-2.
Negative ion air-cleaner 11 is provided with base 12, and base 12 is arranged on one end of purifier shell 9, and power control unit 3 is arranged on the inside of base 12.One end of base 12 is connected with purifier shell 9, and the other end is removably connected with threaded port 2-1.Be connected with zero-power line inside the threaded portion of threaded port 2-1, bottom terminals is connected with power firestreak.The inner side of threaded port 2-1 is provided with the terminal be connected with power control unit 3 accordingly.The specification of the specification of threaded port 2-1 and size and regular screw threads lamp holder and consistent size, if need to install negative ion air-cleaner 11, only need no for indoor light fixture to back out, install negative ion air-cleaner 11.Use threaded port 2-1 when powering if the environment of indoor is not suitable for, can threaded port 2-1 be dismantled.Base 12 is also connected with a plug base pin 2-2, and plug base pin 2-2 is rotatable relative to base 12.The bottom of base 12 is provided with a cavity, and when using threaded port 2-1 to power, plug base pin 2-2 screws in cavity, and plug base pin 2-2 does not contact with the corresponding terminal of power control unit 3.When using plug base pin 2-2 to power, plug base pin 2-2 screws out from the bottom of base 12, thus the terminal corresponding with power control unit 3 of correspondence connects and be that negative ion air-cleaner is powered.No matter adopting threaded port 2-1 or plug base pin 2-2 to power to negative ion air-cleaner 11, all without the need to adding extra equipment again, easily negative ion air-cleaner 11 can be arranged on the correct position on ceiling 10, realize the covering without dead angle.Meanwhile, in order to ensure the attractive in appearance of indoor, whole indoor purifying system and interior decoration style are merged, and the purifier shell 9 of negative ion air-cleaner 11 is designed to spheroidal.Purifier shell 9 offers multiple equally distributed venthole (not shown), the diameter of purifier shell 9, preferably in the scope of 3 centimetres to 5 centimetres, is convenient to be arranged on indoor reserved socket place.In order to ensure the stability of whole equipment, the first wireless charging receiver 14 and clarifier battery 15 are also arranged in base 12.
See Fig. 4 and the structural representation of the first embodiment that Figure 6 shows that electrostatic dust-collecting device 6 in indoor purifying system provided by the utility model.The housing 17 of electrostatic dust-collecting device 6 is preferably set to cylindrical, and for making electrostatic dust-collecting device 6 can in the indoor movement without dead angle, the thickness of housing 17 be preferably set to 3cm to 5cm, to ensure that it can move and clean on the downside of indoor furniture.Control unit 18, flow guiding unit 19, collecting unit of dust 20 and driver element 21 is disposed with from top to bottom in housing 17.Wherein control unit 18 comprises dust collect plant battery 22, and dust collect plant battery 22 is powered for whole electrostatic dust-collecting device 6.Control unit 18 is electrically connected respectively at flow guiding unit 19, collecting unit of dust 20 and driver element 21, generate the signal of telecommunication and export flow guiding unit 19, collecting unit of dust 20 and driver element 21 respectively to, simultaneously, control unit 18 is also electrically connected with electrostatic generating unit 23, generates electrostatic and produces signal and export electrostatic generating unit 23. to
As shown in the figure, collecting unit of dust 20 comprises the equal sheet metal in multiple interval, and collecting unit of dust 20 forms uniform and stable electric field after receiving the signal of telecommunication of control unit 18 output between sheet metal.Certainly, optionally, collecting unit of dust 20 also can be realized by one deck copper mesh or multilayer copper mesh.When adopting copper mesh as collecting unit of dust 20, collecting unit of dust 20 forms uniform and stable electric field in copper mesh both sides after receiving the signal of telecommunication of control unit 18 output.The equipment that flow guiding unit 19 maybe can realize said function by blower fan realizes.To form unidirectional air channel from bottom to top between the sheet metal of collecting unit of dust 20 or in copper mesh.Like this, the dust that negative ion air-cleaner is deposited in ground just can depart from ground or metope under the effect of flow guiding unit 19, enters collecting unit of dust 20.Flow guiding unit 19 is electrically connected with control unit 18, starts working after the signal of telecommunication receiving control unit 18.Electrostatic generating unit 23 mainly comprises the high-pressure generating circuit that high pressure emitting head maybe can realize said function, and electrostatic generating unit 23 forms corona effect, make the dust of sedimentation or scurf charged.By the dust that the air intake vent 24 bottom the housing 17 of dust collect plant enters, under the effect of flow guiding unit 19, depart from ground and rise on the unidirectional air channel that flow guiding unit 19 is formed.Due to the effect of Coulomb force, charged dust adsorption, on sheet metal or copper mesh, realizes the object of dedusting.Driver element 21 comprises motor, and motor is receiving output signal of telecommunication rear drive road wheel 25 action of control unit 18, drives electrostatic dust-collecting device 6 along ground moving, attract dust.
Adsorb complete after, the conductive path between control unit 18 and flow guiding unit 19, collecting unit of dust 20, driver element 21, electrostatic generating unit 23 all disconnects.A circle insulation crust is provided with around the sheet metal or copper mesh of collecting unit of dust 20.Corresponding, the correspondence position of dust collect plant housing 17 inwall both sides is provided with guide rail 26, and the shell of collecting unit of dust 20 to stretch in guide rail 26 and slides along guide rail 26.After absorption, both collecting unit of dust 20 follows track 26 can be pulled out, directly collecting unit of dust 20 be rinsed on tap.Install after to be dried and can reuse, there will not be the phenomenon of dust.For avoiding occurring that in housing electric spark causes danger, the guide rail 26 be arranged in housing 17 on one-sided inwall can be one group of insulating materials, as the ribs that plastics etc. are made, spacing between ribs is corresponding with the thickness of the insulating frame of collecting unit of dust 20, both can block frame tightly, and also can extract dismounting easily out and clean.
Dust collect plant housing 17 is provided with switch 27, and switch 27 is electrically connected with microprocessor 28.The switched electrical signal that microprocessor 28 receiving key 27 exports also exports the signal of telecommunication to flow guiding unit 19, driver element 21, electrostatic generating unit 23 and collecting unit of dust 20 to drive said units action.Microprocessor 28 is also electrically connected with reception of wireless signals unit 7 simultaneously, receives the signal of telecommunication that reception of wireless signals unit 7 exports.Except the wireless signal that reception first wireless signal transmitting element 5 exports, reception of wireless signals unit 7 also receives the wireless signal as remote controller, mobile phone, panel computer etc. send and transfers to microprocessor 28, and microprocessor 28 equally also can export wireless control signal to flow guiding unit 19, driver element 21, electrostatic generating unit 23 and collecting unit of dust 20 to drive said units action after receiving wireless signal.Therefore, reception of wireless signals unit 7 and switch 8 provide manually and automatic and remote control three kinds of on-off modes for washing mobile electrostatic dust-collecting device, expand the scope of application of equipment.
The second wireless charging receiver 16 is also provided with in control unit 18.Second wireless charging receiver 16 mates with the wireless charging transmitter 13 of indoor setting, and is directly charged for dust collect plant battery 22 by wireless charging power supply.Wireless charging between second wireless charging receiver 16 and wireless charging transmitter 13 can be charged by least three kinds of modes.The first is the form of electromagnetic induction, namely by the induction generation current between the primary coil in wireless charging transmitter 13 and the secondary coil in the second wireless charging receiver 16, thus energy is transferred to the receiving terminal of wireless charging receiver 16 from the transmitting terminal of wireless charging transmitter 13.The second is electromagentic resonance, namely utilizes the inductance between wireless charging transmitter 13 and wireless charging receiver 16 or Capacitance Coupled transferring energy between coil.When the third is, wireless charging receiver 16 catches the radio wave energy that wireless charging transmitter 13 sends in space, the radio wave passed out is converted into direct current, for the battery 22 of electrostatic dust-collecting device charges from wireless charging transmitter 13.In sum, wireless charging receiver 16 can select the one in receiving circuit, coupling coil or secondary induction coil.
Also comprise in control unit 18 with electric power detection unit 29 and the second wireless signal transmitting element 30.Battery 22 and electric power detection unit 29 are electrically connected.When the electricity of battery 22 is lower than setting value, namely electric power detection unit 29 sends wireless signal by the second wireless signal transmitting element 30.Second wireless signal transmitting element 30 is preferably based on chip or the module of Bluetooth wireless data communications protocol.Corresponding, the wireless charging mains side in indoor also can arrange corresponding with the second wireless signal transmitting element 30 bluetooth module.When the electricity of battery 22 is lower than setting value, when indoor wireless charging mains side receives the signal of telecommunication of the second wireless signal transmitting element 30 transmission, the cooperation namely begun through between wireless charging transmitter 13 and wireless charging receiver 16 is charged to battery 22.
The structural representation washing mobile electrostatic dust-collecting device second embodiment proposed for the utility model shown in Figure 5.Multiple air intake vent 24 is offered in the bottom of dust collect plant housing 17.The sidewall of air intake vent 24 is set to circular arc, and arc top is outside, to make the dust of air channel advantageously in ground formed rise, inside the metallic plate entering collecting unit of dust 20 or be adsorbed on copper mesh.
The indoor purifying system that the present embodiment provides, by the cooperation between negative ion air-cleaner and electrostatic dust-collecting device, while purifying air, avoids the pollution to ground, can the problem of disposable solution room air and floor cleaning; Without the need to adding extra equipment, best air cleaning effect namely can be realized; Electrostatic dust-collecting device can be washed simultaneously, and avoid secondary pollution, the indoor purifying system that the present embodiment provides has efficient energy-saving, advantage with low cost and applied widely.
Last it is noted that above embodiment is only in order to illustrate the technical solution of the utility model, be not intended to limit; Although be described in detail the utility model with reference to previous embodiment, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of each embodiment technical scheme of the utility model.
Claims (10)
1. an indoor purifying system, comprises electrostatic dust-collecting device and negative ion air-cleaner, it is characterized in that, wherein, described negative ion air-cleaner is provided with timing unit and the first wireless signal transmitting element; Described electrostatic dust-collecting device is provided with reception of wireless signals unit; Described negative ion air-cleaner is arranged on the ceiling; Described timing unit generates timing controling signal and exports described wireless signal transmitting element to; Described wireless signal transmitting element receives described timing controling signal and is sent to described reception of wireless signals unit, and described reception of wireless signals unit receives described timing controling signal and generates drive control signal and drives described electrostatic dust-collecting device action.
2. indoor purifying system according to claim 1, is characterized in that, described negative ion air-cleaner comprises purifier shell, power control unit and anion generating unit; Wherein, described power control unit exports the signal of telecommunication to described timing unit; Described timing unit receives the described signal of telecommunication and starts working.
3. indoor purifying system according to claim 2, is characterized in that, the voltage signal of input is changed into DC voltage and drives described anion unit outwards to discharge electronics by described power control unit; Described negative ion air-cleaner also comprises the first wireless charging receiver, battery and power interface; Wherein said first wireless charging receiver, clarifier battery and power control unit are electrically connected successively; The input of described power port connects mains supply; The input of described power control unit passes through the output receiver voltage signal of described battery or power port.
4. indoor purifying system according to claim 3, is characterized in that, described power interface comprises plug base pin and threaded port; Wherein said plug base pin, power control unit and anion generating unit are electrically connected successively; Described threaded port, power control unit and anion generating unit are electrically connected successively; The input of described power control unit is by the output receiver voltage signal of described plug base pin or threaded port.
5. indoor purifying system according to claim 4, is characterized in that, described negative ion air-cleaner also comprises base, and described power control unit, clarifier battery and wireless charging receiver are arranged on described chassis interior.
6. indoor purifying system according to claim 5, is characterized in that, described plug base pin is rotatably connected with described base, and described base bottom is provided with cavity; When described plugs and sockets screws in base, described plug base pin is arranged in described cavity.
7. indoor purifying system according to claim 5, is characterized in that, described threaded port is removably connected with described base.
8. the indoor purifying system according to any one of claim 1 to 7, it is characterized in that, described electrostatic dust-collecting device comprises dust collect plant housing, driver element, collecting unit of dust and control unit, and described driver element, collecting unit of dust and control unit are arranged in described housing; Wherein, described control unit is electrically connected with electrostatic generation unit, and described control unit generates electrostatic and produces signal and export described electrostatic generation unit to, and described electrostatic generation unit exports DC high-voltage makes the dust in described collecting unit of dust charged; Described control unit is electrically connected with described collecting unit of dust and is formed with electric field in described collecting unit of dust, and described collecting unit of dust periphery is provided with insulating frame; Described inner walls is provided with guide rail, and described frame to stretch in described guide rail and along described slide; Described driver element receives described control unit and generates and the drive singal exported, and drives the road wheel action be arranged on the downside of housing.
9. indoor purifying system according to claim 8, is characterized in that, described electrostatic dust-collecting device also comprises flow guiding unit; Described control unit, flow guiding unit, collecting unit of dust and driver element are successively set in described purifier housing from top to bottom; Be provided with at least one air intake vent on the downside of described purifier housing, described flow guiding unit is formed with many air channels from bottom to top in described collecting unit of dust.
10. indoor purifying system according to claim 9, is characterized in that, described control unit comprises microprocessor, dust collect plant battery and the second wireless charging receiver; Wherein said reception of wireless signals unit, microprocessor and flow guiding unit are electrically connected successively; Described reception of wireless signals unit, microprocessor and electrostatic generation unit are electrically connected successively; Described reception of wireless signals unit receives wireless signal and exports described microprocessor to, and described microprocessor receives described wireless signal and generates wireless control signal and transfers to described flow guiding unit, collecting unit of dust and/or described electrostatic generation unit; Described flow guiding unit, collecting unit of dust and/or electrostatic generation unit receive described wireless control signal and action.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520607093.4U CN204880425U (en) | 2015-08-13 | 2015-08-13 | Indoor clean system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520607093.4U CN204880425U (en) | 2015-08-13 | 2015-08-13 | Indoor clean system |
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| Publication Number | Publication Date |
|---|---|
| CN204880425U true CN204880425U (en) | 2015-12-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520607093.4U Expired - Fee Related CN204880425U (en) | 2015-08-13 | 2015-08-13 | Indoor clean system |
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| CN (1) | CN204880425U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106641772A (en) * | 2017-01-06 | 2017-05-10 | 江苏宏力环球电气科技有限公司 | Human body induction LED lamp with air purification function |
| CN106964490A (en) * | 2017-04-27 | 2017-07-21 | 刘伟乐 | Remote controlled indoor electrostatic precipitation system |
| CN106984435A (en) * | 2017-04-27 | 2017-07-28 | 刘伟乐 | Indoor dust pelletizing system |
-
2015
- 2015-08-13 CN CN201520607093.4U patent/CN204880425U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106641772A (en) * | 2017-01-06 | 2017-05-10 | 江苏宏力环球电气科技有限公司 | Human body induction LED lamp with air purification function |
| CN106964490A (en) * | 2017-04-27 | 2017-07-21 | 刘伟乐 | Remote controlled indoor electrostatic precipitation system |
| CN106984435A (en) * | 2017-04-27 | 2017-07-28 | 刘伟乐 | Indoor dust pelletizing system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151216 |