CN2744423Y - Atomization device with remote control function - Google Patents
Atomization device with remote control function Download PDFInfo
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- CN2744423Y CN2744423Y CN 200420093724 CN200420093724U CN2744423Y CN 2744423 Y CN2744423 Y CN 2744423Y CN 200420093724 CN200420093724 CN 200420093724 CN 200420093724 U CN200420093724 U CN 200420093724U CN 2744423 Y CN2744423 Y CN 2744423Y
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Abstract
The utility model relates to an atomization device with remote control function. The atomization device with remote control function is characterized in that the atomization device with remote control function comprises a basin, an atomizer, a remote control receiver, a transformer and a remote control emitter; the output end of the transformer is connected with the electricity input end of the remote control receiver, and the output end of the remote control receiver is electrically connected with the atomizer; the atomizer is arranged in the basin, and the remote control emitter controls the atomizer for generating atomizing and light effects via emitting remote control signal to the remote control receiver. After the atomization device with remote control function is adopted, the operating state of the atomizer can be controlled in long distance via a remote controller with convenient operation; the start and stop of atomizing function can be automatically controlled according to the quantity of water, and the atomization device is prevented from damage due to low water level; pleasure feel brought by light and the continuous changing effect of light can be enjoyed simultaneously when water is atomized, and thus the quality of life is raised.
Description
Technical field
The present invention relates to a kind of atomising device, particularly a kind of with remote control and have lighting effects and the atomising device of control mist amount function.
Background technology
Ultrasonic ultrasonic delay line memory adopts high-frequency circuit and ultrasonic wave excitation principle, by the high-frequency resonant of atomizing piece, at normal temperatures with dried up of water throwing and atomize, produces the elegant water smoke of nature.Detailed process is to be the atomic little vaporific water droplet of suspended state with the water exciting, is diffused into whole indoorly with the wind equably, reaches and does not heat, do not use high velocity air and atomized water, thereby increase the purpose of indoor air humidity.Contain a large amount of negative aeroions in the water smoke, can increase air humidity and fresh air, and effectively absorb harmful substances such as airborne nicotine, formaldehyde.If in water, add champignon liquid or thimerosal, will make the interior space cleaning that becomes aseptic and fragrant, the people can be breathed with similarly pure and fresh, the moistening air of the Nature.
Disclosed ultrasonic ultrasonic delay line memory in Chinese patent ZL02225382.3 can be implemented under the power supply support and makes water fogging, and has simple lighting effects.
But being, existing ultrasonic ultrasonic delay line memory needs by manually control, inconvenient operation, and the effect and the efficient of atomizing are not high, can not make full use of the effect improved IAQ and the decorative effect of atomizer.In addition, the mist amount of the lighting effects that have of atomizer and generation can not make things convenient for as required and selects and conversion.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of atomising device that can Long-distance Control, thereby be implemented in indoor and outdoor and operate atomizer easily, atomized liquid water is also optimized indoor environment, and can regulate the operating switch state of atomizer automatically by SEA LEVEL VARIATION, the light unlatching is arranged in the process of atomizing and have different patterns to select, can control mist amount size by remote control transmitter, make water and mist produce the brightness effect of various modes.
The present invention is in order to solve the problems of the technologies described above, a kind of band remote control atomising device is provided, its special character is, comprise water tank, atomizer, receiver of remote-control sytem, transformer and remote control transmitter, described transformer output connects with described receiver of remote-control sytem electrical input, described receiver of remote-control sytem output is electrically connected with described atomizer, described atomizer places in the described water tank, and described remote control transmitter produces atomizing and lighting effects for the described atomizer of described remote control receiver controls by the emission remote signal.
Described receiver of remote-control sytem comprises received signal circuit, decoding output circuit, clock circuit and light gauge tap circuit, and the remote signal of the described remote control transmitter that described received signal circuit will receive is controlled described light gauge tap circuit by described decoding output circuit.
Described light gauge tap circuit comprises respectively exports the corresponding triode of haptic element with the decoding of decoding output circuit, be connected in the resistance of described output haptic element and corresponding transistor base and the electric capacity that coupling is connected to ground, the emitter stage of described triode is connected to ground, and the colelctor electrode of described triode constitutes light gauge tap output.
Described receiver of remote-control sytem also comprises electric source filter circuit and clock circuit, and described clock circuit is connected between described decoding pio chip and the ground.
Described remote control transmitter comprise coding chip, can produce control signal by the folding button and be connected in switch and light emitting diode and triode between the decoding chip haptic element, the positive pole of described outer emitting diode is connected to the colelctor electrode that power supply and negative pole are connected to triode, the colelctor electrode of described triode is connected to ground, and the base stage of described triode is connected to the emitter stage that another base stage is connected to the triode of decoding chip haptic element.
Described atomizer comprises water column, current rectifying and wave filtering circuit, water cut-off protection control circuit, oscillating circuit, oscillator plate and light radiating circuit.Described current rectifying and wave filtering circuit connects with oscillating circuit by the water cut-off protection control circuit; described oscillating circuit drives described oscillator plate and do dither in the water of described water tank, and described light radiating circuit is connected with the light gauge tap output of described current rectifying and wave filtering circuit and receiver of remote-control sytem respectively.
Described oscillating circuit can make water fogging with different intensity under the signal controlling of described remote control transmitter emission.Described water cut-off protection control circuit comprises contrast electric capacity; described water column is made up of copper core and insulating barrier; described insulating barrier is wrapped in the described copper core outside; and constitute variable capacitance with water in the described water tank; when the capacitance of described variable capacitance reduces owing to water level descends and during less than described contrast electric capacity, can control the vibration that described oscillating circuit stops described oscillator plate by described water cut-off protection control circuit.
Described light radiating circuit comprises one group of above illuminating circuit, and described illuminating circuit one end is connected in described current rectifying and wave filtering circuit, and the other end is connected in described light gauge tap output.
Described illuminating circuit is formed in parallel by the circuit that resistance more than one group, electric capacity and above light emitting diode series connection constitute.
The advantage that adopts band remote control atomising device of the present invention to bring comprises, can pass through the duty of remote controller Long-distance Control atomizer, handled easily.The present invention can control the startup of atomizing functions automatically and stops according to the water yield, prevents because the low excessively damage that causes atomising device of water level.The present invention can enjoy light and the continuous happiness sensation brought of variation effect thereof in atomized water, thereby has improved quality of life.
Description of drawings
Fig. 1 is the overall schematic of band remote control atomising device.
Fig. 2 is a band remote control atomising device remote controller schematic diagram.
Fig. 3 is the circuit diagram of infrared remote control receiver in the band remote control atomising device.
Fig. 4 is the circuit diagram of infrared remote-control emitter in the band remote control atomising device.
Fig. 5 is the circuit diagram of atomizer in the band remote control atomising device.
The specific embodiment
Accompanying drawings the specific embodiment of the present invention.
See also shown in Figure 1ly, band remote control atomising device of the present invention comprises that water tank comprises water tank 1, atomizer 2, distant receipts receiver 3, transformer 4 and remote control transmitter 5.
Transformer 4 adopts general AC transformer, adopts alternating voltage with country variant or area to change the 24V alternating voltage into as required and exports from output.Transformer 4 outputs connect with receiver of remote-control sytem 3 electrical inputs, and receiver of remote-control sytem 3 outputs are electrically connected with atomizer 2, and atomizer 2 places in the water tank 1, preferably places the bottom of basin.Dispose remote control transmitter 5 in addition, by launching remote signal control receiver of remote-control sytem 3 and operating atomizer 2 and carry out atomizing work and light variation.
See also shown in Fig. 1 and 2, realize the function of remote control, need a cover remote control to transmit and receive device.Just comprise remote control transmitter 5 in the present invention.See also Fig. 2 and shown in Figure 4, this remote control transmitter 5 adopts the 3V dc source, comprises remote control circuit 61, control button 501 and shell 502.Wherein remote control circuit 61 comprises decoding chip 902, this decoding chip 902 is to like the BL9148B type product that Microtronics A/S of core section makes by the Wuxi, power switch S3 be connected between the P11 end of decoding chip 902 and the P8 end, mist amount gauge tap S4 is connected in P11 end and P7 end, headlamp switch S1 and is connected in P11 end and P5 end and lamp light mode switch S 2 and is connected in P11 end and P4 end, described decoding chip 902P16 end is connected in power supply, and connects by capacitor C 131 with the P1 end.The P2 end is connected with ground with C133 by capacitor C 132 with the P3 end, and is connected to oscillator plate Y2 two ends.The frequency of oscillation of Y2 is 4MHz.The P15 end is connected with the base stage of transistor Q4, and the base stage of the emitting stage allomeric pipe Q5 of Q4 connects, and the colelctor electrode of Q4 connects with power supply.The colelctor electrode of transistor Q5 connects with power supply by LED 38, and emitter stage connects together.Can launch remote signal and control atomizer and carry out corresponding work by switch.The triode of transistor Q4 and the complementation of Q5 position, drive triode common the composition, can make the effect of emission remote signal better than using single triode to drive.
See also shown in Figure 3ly, realize that the required receiver of remote-control sytem 3 of remote control comprises electric source filter circuit 62, received signal circuit 63, decoding output circuit 64, clock circuit 65 and light gauge tap circuit 66.
See also shown in Figure 3, electric source filter circuit 62 inputs are connected in transformer 4 outputs, receive the 24V DC voltage, be connected in the two poles of the earth of inductor rectifier LC1 one end by quick resistance ZT1 of the sense of parallel connection and capacitor C 290, the two poles of the earth of the LC1 other end are connected in a utmost point of J1 end and hand switch by the capacitor C 291 of coupling.When remote controller can not be worked because of a variety of causes, linked switch SW5 is upwards dialled, make and can also use manual control atomising device.
See also shown in Figure 3, acknowledge(ment) signal circuit 62 comprises an infrared integrated reception REM1, it is the receiving system of general receiving remote signal, its VCC end is connected in ground by the capacitor C 201 and the C202 of parallel connection, and be connected in the M2 point by resistance R 316, the REM end is connected in the M2 point by resistance R 317, and the remote signal that receiver REM1 receives is controlled light gauge tap circuit by described decoding output circuit.
Seeing also capacitor C 230, EC231 and diode D22 shown in Figure 3, in parallel is connected between M2 and the ground.
See also shown in Figure 3ly, the decoding output circuit comprises decoding chip 903, and this is to like the MD12005EP type product that Microtronics A/S of core section makes by the Wuxi.Wherein, the H6 end is held by the REM that resistance R 318 is connected to an infrared integrated reception REM1, and the H5 end is connected in the GND end.H18 end and H1 end are connected to the M2 point by R320 and R321 respectively.The H14 end is connected in the M2 end, and H15 end and H14 end are connected to the two ends of clock circuit 65 respectively.H2 end is connected to ground by resistance R 321 and R320 and corresponding switch SW 6 and SW7.The H7 end is connected in ground by resistance R 330 and diode (LED) 31.The H8 end constitutes the J5 end by resistance R 331, and is connected in hand switch by resistance R 332.The resistance R 391 that H9 end is terminated at ground by resistance R 339 and is connected to the base stage of transistor Q14, and the emitter stage of Q14 is connected to ground, and Q14 is by resistance R 392 formation J6 sections.
See also shown in Figure 3ly, clock circuit 65 is made of the capacitor C 210 that is connected in ground and the oscillator plate Y5 of C211 and coupling, and the frequency of oscillation of oscillator plate Y5 is about 455KHz, and this cycle has directly determined the cycle of mist amount size control and the cycle that light changes.
See also shown in Figure 3ly, the H11 of decoding chip 903, H12, H13 are connected on the transistor base of light gauge tap circuit by the electric capacity of resistance and coupling respectively, thereby realize the effect of decoded information in light signal control.In light gauge tap circuit, transistor Q11 base stage is connected in the H13 end by the resistance R 334 and the capacitor C 220 of resistance R 333 and coupling, and its colelctor electrode constitutes the J8 end, and emitter stage is connected to ground; Similarly, transistor Q12 base stage is connected in the H12 end by the resistance R 336 and the capacitor C 221 of resistance R 335 and coupling, and its colelctor electrode constitutes the J9 end, and emitter stage is connected to ground; Transistor Q13 base stage is connected in the H11 end by the resistance R 338 and the capacitor C 222 of resistance R 337 and coupling, and its colelctor electrode constitutes the J10 end, and emitter stage is connected to ground.J8, J9, J10 constitute the output of light gauge tap circuit jointly, and the light radiating circuit in the control atomizer sends corresponding light.By such lighting control circuit, can realize different remote signals, by the different light controling signal of decoding chip decoding output.
See also Fig. 1 and shown in Figure 5, atomizer 2 comprises shell 21, water column 22 and atomization circuit 23.
See also shown in Figure 1ly, water column 22 vertically stands in the basin, and it is spherical that the top is, and the bottom is a strip, forms 25 by copper core 24 and insulating barrier, and insulating barrier 25 is wrapped in described copper core 24 outsides, and constitutes variable capacitance VC101 with water in the described water tank 1.When water level is in the water column top, variable capacitance VC101 capacitance minimum, numerical value is approximately 15pF (promptly 10
-12F), when water level descended, the V101 capacitance diminished, and when it is worth less than contrast capacitor C rl116, will exports electronegative potential at vdd terminal, thereby cut off the work of oscillating circuit.This makes water level cross when hanging down, and oscillator plate can not damage because sky shakes.
See also shown in Figure 5ly, atomization circuit 23 comprises current rectifying and wave filtering circuit 51, water cut-off protection control circuit 52, oscillating circuit 53 and light radiating circuit 54.Wherein, current rectifying and wave filtering circuit 51 adopts bridge rectifier; comprising coil encircling on magnet and the common mode filtering inductance L 201 that coupling constitutes; filter inductance L201 one end is coupled in capacitor C 111 and links to each other with J4 with receiver of remote-control sytem power line output line J1; another utmost point two ends of filter inductance L201 are parallel to capacitor C 112 and the capacitor C 113 by parallel connection and C114 and diode D1 and D2 are connected in ground respectively; link to each other with ground with D4 by diode D3 simultaneously, diode D3 links to each other with described water cut-off protection control circuit 52 with D4 junction M1 point.And the M1 point is connected in ground by the capacitor C 119 and the C120 of parallel connection.Adopt this current rectifying and wave filtering circuit 51, can eliminate Conduction Interference and radiation disturbance, electric current keeps stable when making oscillating circuit work.
See also shown in Figure 5; water cut-off protection control circuit 52 comprises decoding chip 901; this decoding chip adopts the Wuxi to like the NE008 type product that Microtronics A/S of core section makes; the N1 end of decoding chip 901 links to each other with variable capacitance VC101 two ends with the N8 end; the N8 end links to each other with the M1 point simultaneously; the N2 end links to each other with the M1 point by capacitor C 115; N7 end links to each other with M1 point by contrast capacitor C rl116, N3 hold by by the resistance R 301 of connecting and LED 5 with capacitor C 117 and connect the circuit and the capacitor C 118 that constitute and link to each other with the M1 point.Diode D5 is connected in the colelctor electrode of transistor Q1 by resistance R 305, and the emitting stage of transistor Q1 is connected in ground, and base stage is connected in the J5 line.N3 holds the base stage that is connected in transistor Q2 by resistance R 302 and Zener diode VD6, and the colelctor electrode of transistor Q2 is connected in the M1 point.
See also shown in Figure 5ly, atomization circuit 23 also comprises oscillating circuit 53, does high frequency oscillation and produces ultrasonic wave and make water fogging thereby drive oscillator plates by this oscillating circuit 53.The emitter stage of transistor Q2 is connected in ground by resistance R 303 and R304.The junction of resistance R 303 and R304 is connected by inductance L 202, resistance R 306 and the base stage of R307 allomeric pipe Q3.Oscillator plate Y1 one end links to each other with the junction of resistance R 306 and R307 by capacitor C 118, and the other end connects with M1.The emitting stage of transistor Q3 is connected with ground by inductance L 203, and connects with its colelctor electrode by capacitor C 119.This colelctor electrode is connected in the M1 point.The frequency of oscillation of oscillator plate Y1 is 1.7MHz, and floats in positive and negative 50KHz scope.
See also shown in Figure 5ly, light radiating circuit 54 comprises three groups of electric capacity, resistance and can send the parallel circuit that the light emitting diode of multiple color is formed in the atomization circuit 23, can control the light that light emitting diode sends different mode by signal.One end of three groups of parallel circuits all passes through diode D6 and connects with the M1 point, and first group by capacitor C 120, and the series circuit of resistance R 308 and LED 7, LED8, LED9, LED10 composes in parallel and links to each other with the J8 line by resistance R 309; Second group by capacitor C 121, and the series circuit of resistance R 310 and LED 11, LED12, LED13, LED14 composes in parallel and links to each other with the J9 line by resistance R 311; The 3rd group of series circuit by capacitor C 122, resistance R 312 and LED 15, LED16 composes in parallel and composes in parallel circuit parallel connection by resistance R 314 with the series circuit by capacitor C 123, resistance R 313 and LED 17, LED17, and links to each other with the J10 line by resistance R 315.
When using band remote control atomising device of the present invention, in start, the H9 of decoding chip 903 end is high potential, and the H8 end is electronegative potential; And when shutdown H9 and H8 end output electronegative potential, and atomizer is operated in following pattern 1.By pressing light gauge tap S2, the different pattern of conversion in order.Be after one or many is pressed the lamp light mode gauge tap below, the lamp light mode of appearance.
| Pattern | Lighting effects | Cycle (second) |
| 1 | P1-P2-P3-P4 | 6 |
| 2 | The long bright P1 P2 of P3 gets brighter gradually dark | 10 |
| 3 | The long bright Q2 P3 of P1 gets brighter gradually dark | 10 |
| 4 | The long bright P1 P3 of P2 gets brighter gradually dark | 10 |
| 5 | P1-P2-P3 gets brighter gradually dark | 13 |
| 6 | P1 P2-P2 P3-P1 P3-P1 P2 | 6 |
| 7 | (P1-pass) 3 times-(P2-pass) 3 times-(P3-pass) 3 times-(P1-pass) 3 times | |
| 8 | (P1 P2-pass) 3 times-(P2 P3-pass) 3 times-(P1 P3-pass) 3 times-(P1 P2-pass) 3 times | |
| 9 | | |
| 10 | P1 | |
| 11 | P2 | |
| 12 | P3 | |
| 13 | P1 P2 | |
| 14 | P2 P3 | |
| 15 | P1 P3 | |
| 16 | P1 P2 P3 |
Wherein P1 represents the common illuminating circuit of forming of diode (LED) 15, LED16, LED17 and LED18, P2 represents the common illuminating circuit of forming of diode (LED) 11, LED12, LED13 and LED14, P3 represents the common illuminating circuit of forming of diode (LED) 17, LED8, LED9 and LED10, and P4 represents the illuminating circuit that diode (LED) 31 is formed.
Under the control of remote control transmitter mist amount gauge tap S4, mist amount control output end mouth is output as square wave, and the cycle is 20 milliseconds, thereby the control atomizer is done periodically atomizing work.The atomizing the water yield summit time be 250 milliliters/hour, be 120 milliliters/hour during peak valley.
Be the preferred numerical value of element below, active component (unit: ohm) wherein
| Element number | Preferred value | But span | Element number | Preferred value | But span |
| R301 | 430 | R316 | 100 | ||
| R302 | 2.2k | R317 | 10K | ||
| R303 | 1K | R318 | 1K | ||
| R304 | 220 | R320 | 10K | ||
| R306 | 20 | R321 | 10K | ||
| R307 | 3.3 | R330 | 4.7K | 2.2-5.6K | |
| R308 | 4.7K | R331 | 1K | 1-5.6K | |
| R309 | 1K | R332 | 200K | ||
| R310 | 4.7K | R333 | 10K | 2.2K-22K | |
| R311 | 1K | R334 | 10K | 2.2K-22K | |
| R312 | 4.7K | R335 | 10K | 2.2K-22K | |
| R313 | 4.7K | R336 | 10K | 2.2K-22K | |
| R314 | 1.2K | R337 | 10K | 2.2K-22K | |
| R315 | 1.2K | R338 | 10K | 2.2K-22K | |
| R339 | 1K | 1-5.6K | R391 | 1K | |
| R390 | 2.7K | 1.8K-3.6K | R392 | 10 |
Capacitive part following (unit farad):
| Electric capacity number | Preferred value | But span | Electric capacity number | Preferred value | But span |
| C111 | 104 | C201 | 47uF | ||
| C112 | 104 | C202 | 104 | ||
| C113 | 104 | C220 | 104 | ||
| C114 | 104 | C221 | 104 | ||
| C115 | 103 | C222 | 104 | ||
| Crl116 | 24p | C230 | 104 | ||
| EC117 | 1u | EC231 | 47uF | ||
| EC118 | 47u | 47u-100 | EC232 | 100uF | |
| EC119 | 100u | C210 | 20 | ||
| C120 | 104 | C211 | 20 | ||
| C701 | 223 | C121 | 104 | ||
| C702 | 104 | C122 | 104 | ||
| C703 | 102 | C123 | 104 | ||
| C704 | 101 | C290/291 | 104 |
Adopt the atomizer of said structure and circuit, can realize distant control function, and have lighting effects that the water yield of atomizing also can be regulated, and is both artistic and practical.
Claims (9)
1, a kind of band remote control atomising device, it is characterized in that: comprise water tank, atomizer, receiver of remote-control sytem, transformer and remote control transmitter, described transformer output connects with described receiver of remote-control sytem electrical input, described receiver of remote-control sytem output is electrically connected with described atomizer, described atomizer places in the described water tank, and described remote control transmitter produces atomizing and lighting effects for the described atomizer of described remote control receiver controls by the emission remote signal.
2, band remote control atomising device according to claim 1, it is characterized in that: described receiver of remote-control sytem comprises received signal circuit, decoding output circuit, clock circuit and light gauge tap circuit, and the remote signal of the described remote control transmitter that described received signal circuit will receive is controlled described light gauge tap circuit by described decoding output circuit.
3, band remote control atomising device according to claim 2, it is characterized in that: described light gauge tap circuit comprises respectively exports the corresponding triode of haptic element with the decoding of decoding output circuit, be connected in the resistance of described output haptic element and corresponding transistor base and the electric capacity that coupling is connected to ground, the emitter stage of described triode is connected to ground, and the colelctor electrode of described triode constitutes light gauge tap output.
4, band remote control atomising device according to claim 2, it is characterized in that: described receiver of remote-control sytem also comprises electric source filter circuit and clock circuit, described clock circuit is connected between described decoding output circuit and the ground.
5, band remote control atomising device according to claim 1, it is characterized in that: described remote control transmitter comprises coding chip, can produce switch and light emitting diode and the triode of control signal control connection between the decoding chip haptic element by the folding button, the positive pole of described diode is connected to the colelctor electrode that power supply and negative pole are connected to triode, the colelctor electrode of described triode is connected to ground, and the base stage of described triode is connected to the emitter stage that another base stage is connected to the triode of decoding chip haptic element.
6, band remote control atomising device according to claim 1; it is characterized in that: described atomizer comprises water column, current rectifying and wave filtering circuit, water cut-off protection control circuit, oscillating circuit, oscillator plate and light radiating circuit; described current rectifying and wave filtering circuit connects with oscillating circuit by the water cut-off protection control circuit; described oscillating circuit drives described oscillator plate and do dither in the water of described water tank, and described light radiating circuit is connected with the light gauge tap output of described current rectifying and wave filtering circuit and receiver of remote-control sytem respectively.
7, band remote control atomising device according to claim 6; it is characterized in that: described water cut-off protection control circuit comprises contrast electric capacity; described water column is made up of copper core and insulating barrier; described insulating barrier is wrapped in the described copper core outside; and constitute variable capacitance with water in the described water tank; when the capacitance of described variable capacitance increases owing to water level descends and during above described contrast electric capacity, can control the vibration that described oscillating circuit stops described oscillator plate by described water cut-off protection control circuit.
8, band remote control atomising device according to claim 6, it is characterized in that: described light radiating circuit comprises one group of above illuminating circuit, described illuminating circuit one end is connected in described current rectifying and wave filtering circuit, and the other end is connected in described light gauge tap output.
9, band remote control atomising device according to claim 8 is characterized in that: described illuminating circuit is formed in parallel by the circuit that resistance more than one group, electric capacity and above light emitting diode series connection constitute.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420093724 CN2744423Y (en) | 2004-09-28 | 2004-09-28 | Atomization device with remote control function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420093724 CN2744423Y (en) | 2004-09-28 | 2004-09-28 | Atomization device with remote control function |
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|---|---|
| CN2744423Y true CN2744423Y (en) | 2005-12-07 |
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|---|---|---|---|
| CN 200420093724 Expired - Fee Related CN2744423Y (en) | 2004-09-28 | 2004-09-28 | Atomization device with remote control function |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105268589A (en) * | 2014-05-28 | 2016-01-27 | 闫冬 | Microporous atomizer and adjusting method of atomization amount thereof |
| CN109939853A (en) * | 2019-04-11 | 2019-06-28 | 广州先聚智能科技有限公司 | Atomization plant control system based on Internet of Things |
| CN114746914A (en) * | 2019-12-10 | 2022-07-12 | ***·艾伊哈杰 | Multipurpose device and method for preventing light signals during vehicle driving |
-
2004
- 2004-09-28 CN CN 200420093724 patent/CN2744423Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105268589A (en) * | 2014-05-28 | 2016-01-27 | 闫冬 | Microporous atomizer and adjusting method of atomization amount thereof |
| CN109939853A (en) * | 2019-04-11 | 2019-06-28 | 广州先聚智能科技有限公司 | Atomization plant control system based on Internet of Things |
| CN114746914A (en) * | 2019-12-10 | 2022-07-12 | ***·艾伊哈杰 | Multipurpose device and method for preventing light signals during vehicle driving |
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